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Inorganic chemistry (1970 - 1973)
Elementary particle physics (1975 - 1979)
Heavy ion physics (1979 - 1990)
Statistical mechanics and biophysics (1988
- present)
1. D. H. Boal and G. A. Ozin, The Raman spectrum and molecular structure of Me3SiOReO3
in the solid, liquid, solution and gaseous phases, Can. J. Chem. 48:3026-3028
(1970).
2. D. Boal, G. Briggs, H. Huber, G. A. Ozin, E. A. Robinson and A. vander
Voet, Matrix isolation laser Raman spectroscopy in inorganic chemistry, Nature
231:174-175 (1971).
3. D. Boal and G. A. Ozin, Matrix isolation laser Raman spectroscopy:
the Raman spectrum and molecular structure of xenon dichloride, Spectroscopy
Lett. 4:43-46 (1971).
4. D. H. Boal and G. A. Ozin, Matrix Raman spectrum and structure of
the tribromine radical Br3, J. Chem. Phys. 55:3598-3599.
5. D. H. Boal and G. A. Ozin, Preparation, vibrational spectra, normal
coordinate analysis and structures of bis-pyridine and orthophenanthroline complexes
of mixed halogenosilanes, Can. J. Chem. 50:2484-2490 (1972).
6. D. H. Boal and G. A. Ozin, Studies of some thermally unstable complexes
of Group V trihalides with trimethylamine and (2H9)-trimethylamine by infra-red,
Raman and matrix isolation spectroscopy, normal coordinate analysis and structural
methods, J. Chem. Soc. (Dalton) 1824-1828 (1972).
7. D. H. Boal and G. A. Ozin, Vibrational spectra, vibrational analysis
and stereochemistries of the pentacoordinate molecules SiCl3X-N(CH3)3 and SiCl3X-N(CD3)3
where X=H, F, Br or I, Can. J. Chem. 51:609-617 (1973).
8. D. H. Boal, P. A. Grunberg and J. A. Koningstein, Electronic Raman
spectra: crystal field in terbium aluminum garnet and europium gallium garnet,
Phys. Rev. B7:4757-4763 (1973).
9. D. H. Boal, J. T. Hoff, P. A. Grunberg, J. Prudhomme and J. A. Koningstein,
Light scattering of transition metal ions II: correlation of electronic Raman
transitions and magnetic susceptibilities, J. Raman Spectroscopy 1:489-498
(1973).
10. D. H. Boal, R. H. Graham, J. W. Moffat and P. J. O¹Donnell, SU(4) explanation
of the narrow resonances in e+e- annihilation, Phys. Rev. Lett. 34:541-543 (1975).
11. J. W. Moffat and D. H. Boal, Solutions of the nonsymmetric unified
field theory, Phys. Rev. D11:1375-1382 (1975).
12. D. H. Boal and J. W. Moffat, Physical consequences of a solution
of the nonsymmetric unified field theory, Phys. Rev. D11:2026-2030
(1975).
13. D. H. Boal, R. H. Graham and B. Weisman, Current algebra theorems
for K-pi scattering, Phys. Rev. D12:1472-1487 (1975).
14. D. H. Boal, The Kerr-Newman metric in the nonsymmetric unified field
theory, Can. J. Phys. 54:1274-1276 (1976).
15. D. H. Boal and J. W. Moffat, pi-pi scattering in a model satisfying
crossing symmetry, analyticity and approximate unitarity, Can. J. Phys.
54:1022-1033 (1976).
16. D. H. Boal, R. H. Graham and J. W. Moffat, SU(4) symmetry and the
decays of the new hadrons, Phys. Rev. D13:3107-3110 (1976).
17. D. H. Boal, B. J. Edwards, A. N. Kamal and R. Torgerson, Evidence
for SU(3) octet mixing, Phys. Rev. D14:2998-2999 (1976).
18. D. H. Boal, SU(4) multiplet mixing, Phys. Rev. Lett. 37:1333-1335
(1976).
19. D. H. Boal and R. Torgerson, The rho -> pi + gamma decay rate
and vector meson dominance, Lett. Nuovo Cimento 15:417-420 (1976).
20. D. H. Boal, R. H. Graham and J. W. Moffat, Radiative decays of the
vector mesons and the meson mixing angles, Phys. Rev. Lett. 36:714-716 (1976).
21. D. H. Boal, B. J. Edwards, A. N. Kamal, R. Rockmore and R. Torgerson,
Vector meson couplings and the observability of the K* -> K pi pi decays,
Phys. Lett. 66B:165-166 (1977).
22. D. H. Boal and R. Torgerson, Quark loop anomalies and the SU(4) mixing
angles, Phys. Rev. D15:327-334 (1977).
23. D. H. Boal and R. H. Graham, A parameter-free, hard-meson prediction
of the Kl3 form factors, Phys. Rev. D15:1878-1884 (1977).
24. D. H. Boal, Regge trajectories in SU(4), Phys. Lett. 69B:237-239
(1977).
25. D. H. Boal and A. C. D. Wright, Some electromagnetic properties of
charmed mesons, Phys. Rev. D16:1505-1509 (1977).
26. D. H. Boal, Mesons with b-quarks: spectroscopy and electromagnetic
properties, Phys. Rev. D18:3446-3452 (1978).
27. D. H. Boal and D. R. Noakes, Physical interpretation of and light
propagation in the nonsymmetric unified field theory, Can. J. Phys. 57:79-87 (1979).
28. D. H. Boal and R. M. Woloshyn, A direct knockout model for nuclear fragmentation,
Phys. Rev. C20:1878-1883 (1979).
29. D. H. Boal, Probing inclusive production mechanisms with the (p,2p)
reaction, Phys. Rev. C21:1913-1920 (1980).
30. D. H. Boal, Clusters, nucleons and quarks in intermediate energy
reactions, in Proceedings of the Intermediate Energy Nuclear Chemistry Workshop
(Los Alamos, 1980), 46 pages.
31. D. H. Boal and R. M. Woloshyn, The role of direct emission in strong
and electromagnetically induced inclusive reactions, Phys. Rev. C23:1206-1216 (1981).
32. G. Roy et al., Inclusive scattering of protons on He,
Ni and Ta at 500 MeV, Phys. Rev. C23:1671-1678 (1981).
33. D. H. Boal, R. E. L. Green, R. G. Korteling and M. Soroushian, Tests
of models for inclusive production of energetic light fragments at intermediate
energies, Phys. Rev. C23:2788-2790 (1981).
34. D. H. Boal and M. Soroushian, Snowball model for light fragment production,
Phys. Rev. C25:1003-1011 (1982).
35. D. H. Boal, Coalescence models in nucleon and light ion induced reactions,
Phys. Rev. C25:3068-3077 (1982).
36. D. H. Boal, Light fragment formation at intermediate energies, in
Proceedings of the Relativistic Heavy Ion Winter School (Banff, 1982)
26 pages.
37. D. H. Boal, J. Schachter and R. M. Woloshyn, Thermodynamic limits
of the quark plasma phase, Phys. Rev. D26:3245-3253 (1982).
38. D. H. Boal, Fragment emission and the lifetime of pre-equilibrium
states, Phys. Rev. C28:2568-2570 (1983).
39. R. E. L. Green, D. H. Boal, R. Helmer, K. P. Jackson and R. G. Korteling,
Large angle proton emission in the 9Be(p,2p) reaction at 300 MeV, Nucl. Phys.
A405:463-496 (1983).
40. D. H. Boal, Approach to chemical equilibrium in thermal models, Phys.
Rev. C29:967-972 (1984).
41. D. H. Boal and J. H. Reid, Thermal equilibrium in proton induced
reactions, Phys. Rev. C29:973-984 (1984).
42. D. H. Boal, Experimental signature ambiguities in nuclear liquid-gas
transitions, Phys. Rev. C30:119-124 (1984).
43. D. H. Boal, Hadronic thermometry and final state interactions, Phys.
Rev. C30:749-751 (1984).
44. D. H. Boal, Energetic particle emission in nuclear reactions, Adv.
Nucl. Phys. vol. 15, J. W. Negele and E. Vogt eds. (Plenum, New York, 1985),
p. 85-214.
45. D. H. Boal, The nuclear liquid-gas phase transition, in Proceedings
of the Conference on the Intersections Between Nuclear and Particle Physics
(Steamboat Springs, 1984) (AIP, New York, 1984), p. 735-743.
46. D. H. Boal, Low temperature phase transitions, in Proceedings
of the Conference on Local Equilibrium in Strong Interaction Physics - I (World
Scientific, 1985), p. 364-378; p. 387-389; p. 415-425.
47. D. H. Boal, Freezeout of the fireball, in Proceedings of the 7th
High Energy Heavy Ion Study (GSI, 1985), p. 495-514.
48. C. Chitwood et al., Final state interactions between
non-compound light particles for oxygen induced reactions on gold at E/A = 25
MeV, Phys. Rev. Lett. 54:302-305 (1985).
49. E. J. Levinson and D. H. Boal, Self-energy corrections to fermions
in the presence of a thermal background, Phys. Rev. D31:3280-3284
(1985).
50. D. H. Boal, A cascade approach to thermal and chemical equilibrium,
in Proceedings of the RHIC Workshop, P. E. Haustein and C. L.
Woody eds. (Brookhaven Report BNL 51921, 1985) p. 349-363.
51. D. H. Boal, The nuclear liquid-gas phase transition, Nucl. Phys.
A447:479c-488c (1985).
52. D. H. Boal and J. C. Shillcock, Nuclear interferometry and thermal
freezeout, Phys. Rev. C33:549-556 (1986).
53. B. K. Jennings, D. H. Boal and J. C. Shillcock, Two-particle correlation
functions in the thermal model and nuclear interferometry descriptions, Phys.
Rev. C33:1303-1306 (1986).
54. D. H. Boal, Thermalization in ultrarelativistic heavy ion collisions:
a parton cascade approach, Phys. Rev. C33 [rapid. comm.]:2206-2208
(1986).
55. D. H. Boal and A. L. Goodman, Fragmentation in the mechanical instability
region, Phys. Rev. C33:1690-1698 (1986).
56. C. B. Chitwood et al., Energy dependence of source
radii and emission temperatures for N-induced reactions at E/A = 35 MeV, Phys.
Lett. B172:27-31 (1986).
57. J. Pochodzalla et al., Two-particle correlation functions
at small relative momenta for N-induced reactions on Au at E/A = 35 MeV, Phys.
Lett. B174:36-39 (1986).
58. D. H. Boal, Reaction trajectories in the hadronic phase transition
region, in Proceedings of the Second Workshop on Local Equilibrium in Strong
Interaction Physics, P. Carruthers and D. D. Strottman eds. (World
Scientific, 1986), p. 364-377.
59. D. H. Boal, Mechanical instability of nuclear matter, in Proceedings
of HICOFED Œ86, X. Campi ed., J. Physique 47:C4-409
- C4-417 (1986).
60. D. H. Boal, Simulations of reaction trajectories in the phase transition
region, in Proceedings of the Int¹l Summer School on Nuclear Phase Transitions
and Heavy Ion Reactions, T. T. S. Kuo, D. Strottman and S. S. Wu
eds. (World Scientific, 1987), p. 327-386.
61. D. H. Boal and H. DeGuise, Energy dependence of source sizes in nuclear
interferometry, Phys. Rev. Lett. 57:2901-2904 (1986).
62. C. K. Gelbke and D. H. Boal, Dynamical and statistical aspects of
intermediate energy nucleus-nucleus collisions, Prog. Part. Nucl. Phys. (Pergammon, 1987) p. 33-106.
63. J. Pochodzalla et al., Two-particle correlations at
small relative momenta for 40Ar-induced reactions on 197Au at E/A = 60 MeV,
Phys. Rev. C35:1695-1719 (1987).
64. G. E. Beauvais, D. H. Boal and J. C. K. Wong, Computer simulations
of fragmentation in nuclear reactions: a semiclassical model, Phys. Rev.
C35:545-555 (1987).
65. D. H. Boal, Computer simulations of nuclear dynamics, Ann. Rev.
Nucl. Part. Sci. 37:1-31 (1987).
66. G. E. Beauvais, D. H. Boal and J. Glosli, Computer simulations of
fragmentation, Nucl. Phys. A471:427c-448c (1987).
67. D. H. Boal and J. N. Glosli, From binary breakup to multifragmentation:
a computer simulation, Phys. Rev. C37:91-100 (1988).
68. D. H. Boal and J. N. Glosli, Quasiparticle model for nuclear dynamics
studies: ground state properties, Phys. Rev. C38:1870-1878 (1988).
69. D. H. Boal and J. N. Glosli, Computational model for nuclear reaction
studies: quasi-particle dynamics, Phys. Rev. C38:2621-2629 (1988).
70. D. H. Boal, J. N. Glosli and C. Wicentowich, Computer simulation
of temperature measurements in heavy ion collisions, Phys. Rev. Lett.
62:737-740 (1989).
71. D. H. Boal, J. N. Glosli and C. Wicentowich, Temperatures in heavy
ion reactions: simulation via quasiparticle dynamics, Phys. Rev. C
40:601-609 (1989).
72. D. H. Boal and J. C. K. Wong, A computer simulation of reaction plane
memory via quasiparticle dynamics, Phys. Rev. C41:118-126 (1990).
73. D. H. Boal and J. N. Glosli, Fluctuation growth and spinodal decomposition
in heavy ion reactions, Phys. Rev. C42:R502-R505 (1990).
74. D. H. Boal, C.-K. Gelbke and B. K. Jennings, Intensity interferometry
in subatomic physics, Rev. Mod. Phys. 62:553-602 (1990).
75. M. Plischke and D. H. Boal, Absence of a crumpling transition in strongly
self-avoiding tethered membranes, Phys. Rev. A38:4943-4945 (1988).
76. D. H. Boal, E. J. Levinson, D. Liu and M. Plischke, Anisotropic scaling
of tethered self-avoiding membranes, Phys. Rev. A40:3292-3300
(1989).
77. D. H. Boal and M. Blair, Amphiphilic platelets at a liquid interface,
Phys. Rev. A43:2840-2847 (1991).
78. D. H. Boal, B. Schmittmann and R. K. P. Zia, Finger formation in
a driven diffusive system, Phys. Rev. A43:5214-5222 (1991).
79. D. H. Boal, Phases of two-dimensional vesicles under pressure, Phys.
Rev. A43:6771-6777 (1991).
80. D. H. Boal and M. Rao, Scaling behavior of fluid membranes in three
dimensions, Phys. Rev. A45:R6947-R6950 (1992).
81. D. H. Boal, U. Seifert and A. Zilker, Dual network model for red
blood cell membranes, Phys. Rev. Lett. 69:3405-3408 (1992).
82. D. H. Boal and M. Rao, Topology changes in fluid membranes, Phys.
Rev. A46:3037-3045 (1992).
83. D. H. Boal, Rigidity and connectivity percolation in heterogeneous
polymer-fluid networks, Phys. Rev. E47:4604-4606 (1993).
84. D. H. Boal, U. Seifert and J. Shillcock, Negative Poisson ratio in
two-dimensional networks under tension, Phys. Rev. E48:4274-4284
(1993).
85. B. Bergersen, D. H. Boal and P. Palffy-Muhoray, Equilibrium configurations
of particles on a sphere: the case of logarithmic interactions, J. Phys.
A27:2579-2586 (1994).
86. D. H. Boal, Computer simulation of a model network for the erythrocyte
cytoskeleton, Biophys. J. 67:521-529 (1994).
87. D. H. Boal and S. K. Boey, Barrier-free paths of directed protein
motion in the erythrocyte plasma membrane, Biophys. J. 69:372-379
(1995).
88. J. C. Shillcock and D. H. Boal, Entropy-driven instability and rupture
of fluid membranes, Biophys. J. 71:317-326 (1996).
89. D. H. Boal, Statistical physics of membranes and lamellar systems,
in Encyc. Applied Phys. G. Trigg ed., 19:541-562.
90. D. E. Discher, D. H. Boal and S. K. Boey, Phase transitions and anisotropic
responses of planar triangular nets under large deformation, Phys. Rev. E
55:4762-4772 (1997).
91. D. H. Boal, Mechanical properties of the cellular cytoskeleton, Phys. in Canada 228-235 (1997).
92. D. H. Boal, Two-dimensional cytoskeletons under stress, Biol. Bull.
194:331-333 (1998).
93. S. K. Boey, D. H. Boal and D. E. Discher, Simulations of the erythrocyte
cytoskeleton at large deformation. I. Microscopic models, Biophys. J.
75:1573-1583 (1998).
94. D. E. Discher, D. H. Boal and S. K. Boey, Simulations of the erythrocyte
cytoskeleton at large deformation. II. Micropipette aspiration, Biophys. J.
75:1584-1597 (1998).
95. D. H. Boal, Mechanical characteristics of very small cells, Proc. of NASA
Workshop on Cell Size Limits (1998).
96. D. H. Boal, The cell's biological rods and ropes, MRS Bulletin Oct. 27-31
(1999).
97. F. Tessier, D. H. Boal, and D. E. Discher, Networks with fourfold connectivity in
two dimensions, Phys. Rev. E 67: 011903 (2003).
98. D. H. Boal, Nature's building code: The Bauhaus school of cell design, Physics
in Canada (2004).
99. S. Bennett, D. H. Boal and H. Ruotsalainen, Growth modes of 2-Ga microfossils,
Paleobiology 33:382-396 (2007).
100. D. H. Boal and R. Ng, Shape analysis of filamentous Precambrian microfossils and
modern cyanobacteria, Paleobiology 36:555-572 (2010).
101. D. Boal and C. Forde, Evolution of the Cell's Mechanical Design, in The Minimal Cell:
The Biophysics of Cell Compartment and the Origin of Cell Functionality
P. L. Luisi and P. Stano (eds) (Springer, 2011), Chapter 2.