'Elliptical cavity' presentation slideshows

Superconducting Radiofrequency Accelerating Structures

862 views • 71 slides

Anat 1 Chapter 8 : Articulations

Anat 1 Chapter 8 : Articulations. Functional / Structural Classification of Joints. Synarthrosis (no movement) Bony Fusion (Synostosis) Fibrous (Suture and Gomphosis) Cartilaginous (Synchondrosis) Amphiarthrosis (little movement) Fibrous (Syndesmosis) Cartilaginous (Symphysis).

604 views • 20 slides

CONDYLOID JOINT oval-shaped condyle of one bone fits into an elliptical cavity of another.

CONDYLOID JOINT oval-shaped condyle of one bone fits into an elliptical cavity of another. Ex. Metacarpals and phalanges Rotational movement is not possible. GLIDING JOINTS Nearly flat, slightly curved Wrist, ankle, vertebrae Allow sliding and twisting. HINGE JOINT

276 views • 12 slides

WP 4: Crab Cavity

WP 4: Crab Cavity. Ed Ciapala , Erk Jensen BE-RF, CERN. HL-LHC Meeting, CERN, 20 July 2010. Crab cavities: Context. Many bunches require non-zero crossing angle to avoid parasitic collisions and to reduce beam-beam effects;

248 views • 11 slides

Synovial Joints of the body

Synovial Joints of the body. By: Dylan Turner, Jesse Walter, and Christine Stanley. Overview. Most joints of the skeletal system are Synovial Joints. These allow free movement and are more complex structures than fibrous or cartilaginous joints.

332 views • 10 slides

HIPPI 05

HIPPI 05. 2nd annual meeting. WP3: Superconducting RF structures. September 28-30, 2005 Cosener's House in Abingdon, Oxfordshire (UK),. Progress of the work : design. Cavity (RF & mechanical) multi-gap spoke (FZJ) elliptical (CEA)

181 views • 9 slides