Cheselden's plates of the human bones, correctly reduced from the original copy, and improved with additional figures; accompanied with concise explanations for the use of students.

Signature of Wm. Hunter, 1819, on half-title.

The theory and practice of radiology, with a synopsis of radiography and radiotherapy;

Mode of access: Internet.

Descriptions of the inferior maxillary bones of mastodons, in the Cabinet of the American Philosophical Society, with remarks on the genus Tetracaulodon, &c.

Mode of access: Internet.

Description of the fossil bones of the Megalonyx, discovered in "White Cave", Kentucky.

Journ. Acad. Nat. Sci., Phila., 1831. 6. 269-288. pl. 12-14.

The anatomy and physiology of the human body : containing The anatomy of the bones, muscles, and joints, and the heart and arteries /

Earlier eds. have title: The anatomy of the human body.

Radiology in canine practice; a text on applied radiography and diagnosis,

"Much of the material contained in this text has been presented as a series of articles ... in the North American veterinarian [beginning in 1937]"-Pref.

Local liquid holdups and hysteresis in a 2-D packed bed using X-ray radiography

An X-ray visualization technique has been used for the quantitative determination of local liquid holdups distribution and liquid holdup hysteresis in a nonwetting two-dimensional (2-D) packed bed. A medical diagnostic X-ray unit has been used to image the local holdups in a 2-D cold model having a random packing of expanded polystyrene beads. An aqueous barium chloride solution was used as a fluid to achieve good contrast on X-ray images. To quantify the local liquid holdup, a simple calibration technique has been developed that can be used for most of the radiological methods such as gamma ray and neutron radiography. The global value of total liquid holdup, obtained by X-ray method, has been compared with two conventional methods: drainage and tracer response. The X-ray technique, after validation, has been used to visualize and quantify, the liquid hysteresis phenomena in a packed bed. The liquid flows in preferred paths or channels that carry droplets/rivulets of increasing size and number as the liquid flow rate is increased. When the flow is reduced, these paths are retained and the higher liquid holdup that persists in these regions leads to the holdup hysteresis effect. Holdup in some regions of the packed bed may be an order of magnitude higher than average at a particular flow rate. (c) 2005 American Institute of Chemical Engineers

Automatic segmentation of the knee bones using 3D active shape models

This paper presents an automated segmentation approach for MR images of the knee bones. The bones are the first stage of a segmentation system for the knee, primarily aimed at the automated segmentation of the cartilages. The segmentation is performed using 3D active shape models (ASM), which are initialized using an affine registration to an atlas. The 3D ASMs of the bones are created automatically using a point distribution model optimization scheme. The accuracy and robustness of the segmentation approach was experimentally validated using an MR database of fat suppressed spoiled gradient recall images.