Chapman College Child Study Center

Garage and play area at the Chapman College Child Study Center, Orange, California.

Chapman College Child Study Center

Chapman College Child Study Center, North Center Street, Orange, California, June, 1990.

Chapman College Child Study Center

Renovation work on the Chapman College Child Study Center, Orange, California, ca. 1990.

Chapman College Child Study Center

Renovation work on the Chapman College Child Study Center, Orange, California, ca. 1990.

Chapman College Child Study Center play area

Playground area for the Chapman College Child Study Center, Orange, California, June, 1990.

Chapman College Child Study Center

Renovation work on the Chapman College Child Study Center building, Orange, California, 1990.

James J. Campbell and Dr. Arthur Flint outside Hashinger Hall

James J. Campbell [right], director of the Chapman College Residence Education Center at the El Toro Marine Corps Air Station, discusses the college's new science scholarship program with Dr. Arthur Flint, chairman of the Chapman Division of Natural Sciences, in front of the new science center, Hashinger Hall, Chapman College, 346 N. Center Street, Orange, California. The late Dr. Edward H. Hashinger, former trustee and past chairman of the board is the man whose name has graced the walls of this building since 1969. The Hashinger Science Center (3 floors, 65,364 sq.ft.) houses all science departments including biology, natural and applied sciences, environmental and chemical sciences, food science and nutrition, kinesiology and physical therapy.

Excavating a fossilized tree that is now in front of Hashinger Hall

Excavating a fossilized tree, which was later placed in front of Hashinger Hall, Chapman University, 346 N. Center Street, Orange, California. The late Dr. Edward H. Hashinger, former trustee and past chairman of the board is the man whose name has graced the walls of this building since 1969. The Hashinger Science Center (3 floors, 65,364 sq.ft.) houses all science departments including biology, natural and applied sciences, environmental and chemical sciences, food science and nutrition, kinesiology and physical therapy.

Davis L. Chamberlin, Betty Hutton, and George Argyros with cake for the Hutton Sports Center groundbreaking, March 22, 1977

Davis L. Chamberlin, Betty Hutton, and George Argyros with cake for the Hutton Sports Center groundbreaking, March 22, 1977. The Hutton Sports Center, 219 E. Sycamore St., Chapman College, Orange, California was completed in 1978, named in honor of this former trustee, and made possible by a gift from his widow, Betty Hutton Williams.

George Argyros, Betty Hutton, and G. T. "Buck" Smith at the dedication of Hutton Sports Center

George Argyros, Betty Hutton Williams, and G. T. "Buck" Smith at the dedication of Hutton Sports Center, 219 E. Sycamore St., Chapman College, Orange, California, on Founders' Day, November 10, 1979. The Harold Hutton Sports Center, completed in 1978, is named in honor of this former trustee, and made possible by a gift from his widow, Betty Hutton Williams.

Personal Seals of Sir Isaac Brock

Two orange coloured seals containing the impression of the personal seal of Sir Isaac Brock. The seal depicts a crest containing a lion in the upper portion and an eagle with its wings spread in the lower portion, which represent strength, clarity of vision and courage. Below the crest is a banner with "Canada" written on it. Above the crest is an Indian on a battlement holding a tomahawk, which represents the alliance Brock had forged with the First Nations. The seals are in a John Sinclair tobacco tin.

Indignation Meeting

A handout that reads: "Indignation Meeting. A Meeting will be held in the Orange Hall tomorrow evening Tuesday, July 17th at 8 o'clock, p.m. To protest against the late mean and despicable action taken by the Police in subpoenaing respectable and worthy Citizens to give evidence as whiskey-sneaks, thus interfering with the liberty of free-born subjects, and as likely to intimidate good citizens from entering an hotel. Everyone should attend and protest against such a resurrected tombstone ironheeled law, to bear which is to suffer worse than the slaves in Siberia. Arouse ye all!" Moosomin, Saskatchewan, 16 July 1888.

Place Card - Mouse

A handmade place card with an illustration of a mouse in a orange and black polka dot dress, sipping from a small glass.

Key for the Oak Chest

The key is 4 1/2 cm long and is attached to a gold cord ending in a burnt orange tassel.

The accuracy and reliability of plaster vs digital study models : a comparison of three different impression materials

Introduction: Le but de l’étude était d’examiner l’effet des matériaux à empreintes sur la précision et la fiabilité des modèles d’études numériques. Méthodes: Vingt-cinq paires de modèles en plâtre ont été choisies au hasard parmi les dossiers de la clinique d’orthodontie de l’Université de Montréal. Une empreinte en alginate (Kromopan 100), une empreinte en substitut d’alginate (Alginot), et une empreinte en PVS (Aquasil) ont été prises de chaque arcade pour tous les patients. Les empreintes ont été envoyées chez Orthobyte pour la coulée des modèles en plâtre et la numérisation des modèles numériques. Les analyses de Bolton 6 et 12, leurs mesures constituantes, le surplomb vertical (overbite), le surplomb horizontal (overjet) et la longueur d’arcade ont été utilisés pour comparaisons. Résultats : La corrélation entre mesures répétées était de bonne à excellente pour les modèles en plâtre et pour les modèles numériques. La tendance voulait que les mesures répétées sur les modèles en plâtre furent plus fiables. Il existait des différences statistiquement significatives pour l’analyse de Bolton 12, pour la longueur d’arcade mandibulaire, et pour le chevauchement mandibulaire, ce pour tous les matériaux à empreintes. La tendance observée fut que les mesures sur les modèles en plâtre étaient plus petites pour l’analyse de Bolton 12 mais plus grandes pour la longueur d’arcade et pour le chevauchement mandibulaire. Malgré les différences statistiquement significatives trouvées, ces différences n’avaient aucune signification clinique. Conclusions : La précision et la fiabilité du logiciel pour l’analyse complète des modèles numériques sont cliniquement acceptables quand on les compare avec les résultats de l’analyse traditionnelle sur modèles en plâtre.