Abstract: Provided is an equipment displacement system (12) for a containerised data centre (14). The system (12) comprises at least one platform (16) which is configured to operatively receive equipment (18). In a preferred example the system (12) typically comprises two platforms (16). The system (12) further generally comprises a guide (20) which operatively mounts each platform (16) onto an equipment mounting surface (22) of a container (10). Each guide (20) is configured for guiding a platform (16) between opposing sides (24.1) and (24.2) of the container (10).

Abstract: Prosthetic joints, components for prosthetic joints, superhard bearing and articulation surfaces, diamond bearing and articulation surfaces, substrate surface topographical features, materials for making joints, bearing and articulation surfaces, and methods for manufacturing and finishing the same, and related information are disclosed, including prosthetic knee joint having at least one diamond articulation surface.

Abstract: CoCrMo can be used to enhance biocompatibility of a sintered polycrystalline diamond compact.

Abstract: Use of gradient layers and stress modifiers in superhard constructs.

Abstract: Use of Ti and Nb cemented in TiC in prosthetic joints, such as prosthetic joint components made from sintered superhard materials.

Abstract: Carbides as substrates in prosthetic joints, particularly in sintered polycrystalline diamond compacts and sintered cubic boron nitride compacts.

Abstract: An abrasive compact with a substantially solid body is provided from a mass of abrasive particles which are bonded together on a particle-to-particle basis. A network of interstices is formed within the body by removing the metallic second phase by-product of a solvent catalyst sintering aid. The network of interstices is filled with the carbide by product of a non-catalyst sintering aid forking a solid body. A substrate is bonded to some of the particles and to some of the carbide filling the network of interstices.