[en] There is no need to provide individual compensation for the detector solenoid. The correction skew quads which correct for the skew quad errors should take care of the detector solenoid

[en] Recently several laboratories initiated discussions on the design and construction of high energy heavy-ion colliders to study the formation and the characteristics of quark/gluon plasma. The beam energies considered are > 30 GeV/nucleon and the costs of the machines considered are all in the hundreds of megabuck class. We consider here a poor-man's scheme of entering into a first phase of such studies

[en] In earlier studies we made the seemingly obvious assumption that the heaviest ion with the lowest charge state is most desirable. A closer examination showed that this is not entirely true. Furthermore, little attention was paid to the beam transport lines from the accelerator(s) to the reactor vessel. Simple calculations would reveal that the requirements of the bending dipoles in these transport lines and the final quadrupoles for focusing the beams onto the target are rather unrealistic for the examples given. All these are re-examined in this paper

[en] The magnetic field in an accelerator or a storage ring is usually so designed that the horizontal (x) and the vertical (y) motions of an ion are uncoupled. However, because of imperfections in construction and alignment, some small coupling is unavoidable. In this lecture, we discuss in a general way what is known about the behaviors of coupled motions in two degrees-of-freedom. 11 refs., 6 figs

[en] The more novel and important design considerations and features of high energy hadron colliders (pp or p anti p) are discussed. The paper does not attempt to be sufficient for making a complete design, but contains enough references to other papers necessary for doing so. Formulas are generally given without derivation, and notations are not consistent from section to section. For most formulas the derivation is transparent although the mathematics may be lengthy. Whenever obscure, an explanation of the procedure for derivation will be given in physical terms. Detailed mathematical derivations can be found in the references. 10 references

[en] Theoretical calculations of undulator magnet parameters to maximize spectral brilliance are presented. Results are plotted. 5 figures

No abstract available

[en] For a synchrotron radiation facility to get high spectral brilliance it is desirable to have small emittance of the electron beam in the storage ring. Ways of improving beam emittance by optimizing the lattice are discussed

[en] The two major categories of beam-dynamical considerations in designing very large proton synchrotrons that bear direct relation to the ultimate beam intensity achievable are discussed. It is assumed that in all future multi-TeV proton synchrotrons, limitations of physical size and electric-power consumption will necessitate the use of superconducting magnets. The relatively large field errors encountered in these magnets demand a closer re-examination of single-particle dynamics. In addition, the extensively investigated self-field effects will be present and will be equally important at beam currents similar to those in smaller accelerators. A third major consideration that may also limit the attainable intensity is the effect of stray beam striking superconducting magnets and causing them to quench

[en] This report describes the tasks necessary to change the Tevatron into a proton-proton collider. Also included in the discussion is an estimate of the cost to carry out the modification. 4 figs., 3 tabs