Brock vs RMC

The game was hosted by RMC on Saturday, October 18th, 1980.

Brock vs Guelph (2001)

Kyle McCabe keeps running with two Guelph Gryphons attached on the September 26th. The match was held at Brock.

Brock vs Western (1982)

Brock tries around Western goalie. Pictured here are Roger Vanoosteven to the left and Joe D'Annunzio to the right.

Brock U Swim Club

13 year old Bini Gras just finishing her 200m fly in 1985.

Brock vs McMaster (1989)

Pictured here are Ken Thorup (#5) and Chris Hayes (#9). #14 is unknown. Brock won 15/13, 14/16, 15/13, 4/15, 15/12.

Brock Blocked

Suspected to be a photo of a 1978 Men's Volleyball practice.

Brock vs Concordia

Marty Calder of Brock wrestles Anthony Merlo of Concordia. This photograph has been translated into a painting which can now be seen just outside the Ian D. Beddis Gymnasium.

New Brock Centre

The Brock centre was later renamed Alphie's Trough after Alfred, the horse given to General Brock by Sir James Craig.

Rock at Brock Article

Frank Reynolds was in charge of the Rock at Brock featuring the Guess Who and 7 other Canadian Bands, held on the back field at Brock. It was a geat affair, with 40,000 in attendance and few incidents. The student union rented every bus the City of St Catharines owned and took everyone home at 1 AM when the event ended.

Brock Parking

View of the Brock Parking lot and construction of the regional building in the background.

Brock Press Newsroom

The Brock Press newsroom located in the Glenridge Campus.

Brock University Tower

The original Master Plan of 1964 called for the campus to stretch out 1 1/4 miles across the escarpment with arts buildings west of the tower and science buildings to the east. This plan laid out the development of Brock for the next 10 or 11 years by which time enrollment was expected to be near 8000 students. Pictured here is the tower and main entrance to the university. To the left is a planned administration building. The original plans also called for a miniature canal running between the boulevard at the entrance which would then pass through an underground system and open up into a waterfall at the brink of the escarpment behind the tower.

Brock Pool

View of the pool inside the Eleanor Misener Aquatic Centre.

An analysis of the photoelectron and Rydberg states of formaldehyde /|nby Carol R. Lessard. -- 260 St. Catharines [Ont.] : Dept. of Chemistry, Brock University,

Although it is generally accepted that Rydberg orbitals are very large and diffuse, and that electron promotion to a Rydberg orbital is not too different from ionization of the molecule, analysis of the two types of transitions proves otherwise. The photoelectron spectrum of the 2B2 (n) ion has very little vibrational structure attached to the origin band; on the other hand, several of the Rydberg transitions which involve the promotion of the n(bZ) electron exhibit a great deal of vibrational activity. In particular, the members of the n=3 Rydberg\ series interact with and perturb each other through pseudo-Jahn-Teller vibronic coupling. The vacuum ultraviolet spectrum contains a number of features which are difficult to explain, and two unusually sharp bands can only be identified as representing some form of electron promotion in formaldehyde.

An application of cell-cluster theory to a rare gas crystal /|n[by] K. Westera. - 260 St. Catharines [Ont.] : Dept. of Physics, Brock University,

The Lennard-Jones Devonshire 1 (LJD) single particle theory for liquids is extended and applied to the anharmonic solid in a high temperature limit. The exact free energy for the crystal is expressed as a convergent series of terms involving larger and larger sets of contiguous particles called cell-clusters. The motions of all the particles within cell-clusters are correlated to each other and lead to non-trivial integrals of orders 3, 6, 9, ... 3N. For the first time the six dimensional integral has been calculated to high accuracy using a Lennard-Jones (6-12) pair interaction between nearest neighbours only for the f.c.c. lattice. The thermodynamic properties predicted by this model agree well with experimental results for solid Xenon.