… divertor physics design. These fully integrated simulations have the advantage of being able
to capture important time dependent features such as ELMs and confinement transitions, but…

… activities in order to provide a design for an all-W divertor capable of operation in the … divertor
and to be in a position to begin procurement of the component. Since the baseline divertor …

… During the physics design phase of the CS-H divertor, we found that as the strike point
getting closer to the corner the neutral pressure near the corner becomes higher and the density …

… A bulk tungsten divertor row was developed for the outer divertor in the JET tokamak, in the
framework of the ITER-like wall (ILW) [1]. The selected design … in terms of physics needs and …

… tungsten divertor design and accelerate technology qualification in view of a possible decision
to start operation with a divertor having a full-tungsten … A detailed physics-based heat load …

… point of view of plasma physics, this … tungsten plays a key role in the divertor cladding. For
the central tile, also called LB-SRP for “load-bearing septum replacement plate”, bulk tungsten …

… divertor geometry to suppress tungsten leakage in DIII-D. A toroidal row of graphite tiles from
the Small Angle Slot (SAS) divertor is being coated with 10–15 μm of tungsten. … the divertor …

… Tungsten divertor structure The EAST tungsten divertor was designed as modular structure
… The divertor module is supported by an inner rail, an outer rail and a middle support [1, 2]. …

… chosen the optimal physics shape of the lower divertor. The … The physics and geometry
design are well discussed. A cooling … physics and geometry design of the lower divertor in EAST. …

… the ITER Design … divertor design, significantly improving ITER’s operational flexibility. This
paper outlines the salient features of the final divertor design, with emphasis on the physics …