Marcus Llewellyn Ward, Dental School Faculty / Dean (?)

Scene showing a group of men, women, and children. The men appear to be members of the Grand Army of the Republic, possibly the Gov. Crapo Post #145

The meditations of Marcus Aurelius Antoninus, with the Manual of Epictetus, and a Summary of Christian morality. Freely tr. from the original Greek,

Mode of access: Internet.

Narrationes excerptae ex Latinis scriptoribus servato temporum ordine dispositae; or Select narrations, taken from the best Latin authors: Justin, Quintus Curtius, Caesar, Cicero, Titus Livius, Sallust, Suetonius, and Tacitus...

Mode of access: Internet.

The correspondence of Marcus Cornelius Fronto with Marcus Aurelius Antoninus, Lucius Verus, Antoninus Pius, and various friends.

Imprint varies.

Marcus Alonzo Hanna, his life and work,

Mode of access: Internet.

Quid Cicero senserit de lingua graeca quaeritur.

Thesis (doctoral)--Universitas Ludoviciana Gissensi.

Ueber die rednerische Verwendung des Witzes und der Satire bei Cicero : eine aesthetisch-kritische Studie.

Thesis (doctoral)--Friedrich-Alexander-Universitaet Erlangen.

Quos scriptores graecos Cicero in libris de re publica componendis adhibuerit /

Thesis (doctoral)--Academia Fridericiana, 1900.

The thoughts of the Emperor Marcus Aurelius Antoninus.

Tr. of: De rebus suis

The meditations of the Emperor Marcus Aurelius Antoninus, /

Includes index.

Photodissociation of benzene under collision-free conditions: An ab initio/Rice-Ramsperger-Kassel-Marcus study

The ab initio/Rice-Ramsperger-Kassel-Marcus (RRKM) approach has been applied to investigate the photodissociation mechanism of benzene at various wavelengths upon absorption of one or two UV photons followed by internal conversion into the ground electronic state. Reaction pathways leading to various decomposition products have been mapped out at the G2M level and then the RRKM and microcanonical variational transition state theories have been applied to compute rate constants for individual reaction steps. Relative product yields (branching ratios) for C6H5+H, C6H4+H-2, C4H4+C2H2, C4H2+C2H4, C3H3+C3H3, C5H3+CH3, and C4H3+C2H3 have been calculated subsequently using both numerical integration of kinetic master equations and the steady-state approach. The results show that upon absorption of a 248 nm photon dissociation is too slow to be observable in molecular beam experiments. In photodissociation at 193 nm, the dominant dissociation channel is H atom elimination (99.6%) and the minor reaction channel is H-2 elimination, with the branching ratio of only 0.4%. The calculated lifetime of benzene at 193 nm is about 11 mus, in excellent agreement with the experimental value of 10 mus. At 157 nm, the H loss remains the dominant channel but its branching ratio decreases to 97.5%, while that for H-2 elimination increases to 2.1%. The other channels leading to C3H3+C3H3, C5H3+CH3, C4H4+C2H2, and C4H3+C2H3 play insignificant role but might be observed. For photodissociation upon absorption of two UV photons occurring through the neutral hot benzene mechanism excluding dissociative ionization, we predict that the C6H5+H channel should be less dominant, while the contribution of C6H4+H-2 and the C3H3+C3H3, CH3+C5H3, and C4H3+C2H3 radical channels should significantly increase. (C) 2004 American Institute of Physics.