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Systems Engineering Notes and Guidance
This page contains a running list of asnwers to frequently asked questions, notes, and records of decision associated with the EIC Systems Engineering group. The data in this section is managed by Walt Akers and Joel Watkins at Jefferson Lab.
- NameDescription
- Systems Engineering Notes
- This page contains a dated list of notes and decisions that emerged from the regular Systems Engineering Group meetings. The information is maintained here to resolve frequently asked questions and to document the rationale for engineering management decisions.
- Systems Engineering Guidance
- This document provides the highest level requirements for the Electron-Ion Collider and addresses physics requirements, collider performance, integration, upgradability, statuatory compliance, efficiency, and reliability.
- This document defines the management and engineering processes that have been implemented for the EIC and establishes the Systems Engineering approach that will be used. The described approach provides a framework for all systems engineering activities required to achieve the project goals, while still ensuring that safety, quality, and integration are addressed and controlled throughout the project lifecycle.
- This document establishes the naming conventions for components in the Electron-Ion Collider facility. The nomenclature applies to operating devices in the facility that need to have a standard name to support interfaces and controls.
- This document identfies the processes for managing the requirements of the Electron-Ion Collider project and defines how all requirements will be identified, controlled, managed, reviewed, approved, released, and revised.
- This document defines the process that will be used to control and manage all technical interfaces for the EIC project.
- This document describes an approach for identifying categories of interfaces by asking questions about the subsystems and their requirements. It further provides a rudimentary list of parameters that are likely to be associated with each interface within a category.
- This document represents an early examination of the many steps involved in the design, development, and integration of detector systems as part of the EIC project.
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Accelerator Geometry and Parameter Tables
These page provides the current release of the Accelerator Master Parameter table, as well as other key references tables containing accelerator geometry for the Electron-Ion Collider. The source documents are maintained by Jim Rochford at Brookhaven National Laboratory. The most recent, approved version of the document is available from the Brookhaven EIC Sharepoint Site.
- NameDescription
- Master Parameter Tables
- This page contains the Master Parameter Tables for the Electron Ion Collider.
- Accelerator Geometry Tables
- Summary of All IP6 Forward Magnet Dimensions
- Electron Storage Ring Forward IP6 Lattice
- Hadron Storage Ring Forward IP6 Lattice
- Summary of All IP6 Rear Magnet Dimensions
- Electron Storage Ring Rear IP6 Lattice
- Hadron Storage Ring Rear IP6 Lattice
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EIC Requirements and Interfaces
This section contains the current release of sub-system definitions, system requirements and system interfaces for the EIC project. The most recent, approved version of all of these records is maintained in the Visure database. Contact Joel Watkins at Jefferson Lab for details.
- NameDescription
- Sub-Systems Dictionary
- This table contains an annotated list of EIC sub-systems that includes their unique identifiers and a description of the sub-system. The sub-system identifiers provided here form the basis for the identifiers that are used in both the requirements documents and the interface definitions. The document is maintained by Walt Akers at Jefferson Lab.
- RequirementsGeneral, functional and performance requirements for the EIC systems.
- This page contains a list of global requirements that are applicable to systems and sub-systems throughout the project. These include design specific requirements such as detector acceptance, polarization and bunch parameters, as well as requirements related to environmental, safety, and regulartory demands. The document is maintained by the EIC Systems Engineering Group.
- General, functional and performance requirements associated with the Electron Injector Systems of the Electron Ion Collider. The document is maintained by the EIC Systems Engineering Group.
- General, functional and performance requirements associated with the Electron Storage Ring of the Electron Ion Collider. The document is maintained by the EIC Systems Engineering Group.
- General, functional and performance requirements associated with the Hadron Storage Ring of the Electron Ion Collider. The document is maintained by the EIC Systems Engineering Group.
- General, functional and performance requirements associated with the Interaction Region of the Electron Ion Collider. The document is maintained by the EIC Systems Engineering Group.
- General, functional and performance requirements associated with the Detector Systems of the Electron Ion Collider. The document is maintained by the EIC Systems Engineering Group.
- This page contains a sorted tree with ALL of the requirements in a single file. This document is exceptionally large and should only be used when absolutely necessary. Save your other browser tabs before opening this page. You have been warned. The document is maintained by the EIC Systems Engineering Group.
- InterfacesInterface definitions for the EIC systems and sub-systems.
- This page provides tables containing the interface definitions for all sub-systems within the central and ancillary detectors. The document is maintained by Walt Akers and Joel Watkins at Jefferson Lab.
- This page contains a matrix that relates the various interfaces with the systems to which they are connected. The document is maintained by Walt Akers and Joel Watkins at Jefferson Lab.
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Detector Geometry
This page contains matrices providing a description of the volumetric envelope for all of the sub-detectors, a description of their technology, their estimated weights, and additional configuration notes for the detector, as well as the forward and backward interaction regions. Requests for revisions or updates to the detector matrix should be submitted to Tanja Horn. Revisions or updates to the forward and backward interaction regions should be submitted to Yulia Furletova.
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The Detector Menagerie
The detector menagerie contains a collection of dynamic components that can be used with the Trimble Sketchup modeling system to create integrated models of the detector systems. The page provides the newest models, as well as archived versions of older models and dynamic components that were developed throughout the project. In addition to models, the page contains Sketchup plugins, quick reference guides, instructional videos, animations and many of the CAD/STEP files that were the foundations for the models. The page is maintained by Walt Akers of Thomas Jefferson National Accelerator Facility.