collide an electron and neutron supercollider

This design satisfies the 25-Î¼m structural stability requirement in a 10-Mrad radiation environment. The current design comprises a magnesium metal matrix composite (MMC) truss space frame to provide a sparse support structure for the complex array of silicon detectors. This paper explores detector structural integrity and stability, including detailed finite element models of the silicon wafer support and predictive methods used in designing with advanced composite materials. Structural, materials, and thermal issues have been addressed. The Alamos National Laboratory Mechanical Engineering and Electronics Division has been investigating silicon-based elementary particle tracking device technology as part of the Superconducting Super Collider-sponsored silicon subsystem collaboration. Superconducting Super Collider silicon tracking subsystem research and development Simulated an measured data for radiation damage effects as well as data for post-damage annealing are also presented. The simulated and measured results for noise, power consumption, and speed are presented. The topology and its features are discussed in addition to the design methodology employed. This paper describes a preamplifier designed and fabricated specifically to address the requirements of silicon calorimetry for the Superconducting Super Collider (SSC). International Nuclear Information System (INIS)īritton, C.L. A bipolar monolithic preamplifier for high-capacitance SSC silicon calorimetry

Collide an electron and neutron supercollider