B. COVER
PAGE
D. SCIENCE
SUMMARY
1. Scientific
Goals and Objectives
Particle
Acceleration and Energy Release
Non-Relativistic
Electron Acceleration
Impulsive
Solar Energetic Particles (SEP) Events
Relativistic
Electron Acceleration
Ion
Acceleration
Large
Solar Energetic Particles (LSEP) Events
Context
Observations
Non-Solar
Science
Expected
Results
2.
Science Implementation
a.
Instrumentation
Imaging
System
Grids
Metering
Structure and Grid Tray
Twist Monitoring
System (TMS)
Solar Aspect System
(SAS)
Roll Angle System
(RAS)
Spectrometer
Germanium
Detectors
Radiation
Damage Effects
GeD Modules and Cryostat
Cryocooler
Instrument
Electronics
Data
Storage
Calibration and
Test
b.
Mission
Launch
Date
c. Data Analysis
and Archiving
Data Flow and
Distribution
Software
Development
d. Science
Team
E.
EDUCATION, OUTREACH, TECHNOLOGY, AND SMALL DISADVANTAGED BUSINESS
PLAN
1.Education
and Outreach
UCB
Plans
GSFC
Plans
Spectrum
Astro
2.New
Technology
3.Small and Small
Disadvantaged
Business
Contracting
F.
MISSION IMPLEMENTATION
1.Mission
Overview
Product
Assurance
Launch
Date
Orbit
Instrument
Accommodation
Ground Based
Activities
2.HESSI
Spacecraft
Structure
& Mechanisms
Electrical
Power
Command
& Data Handling
Attitude
Control
Telecommunications
Thermal
Control
3.Ground
Systems.
4.Potential
Risk Areas
Schedule
Cryocooler
PSI Fabrication
of Imaging System
Grid
Fabrication
GeD
Fabrication
G.
MANAGEMENT AND SCHEDULE
1.Approach
Management
Organization
Decision-Making
Process
Teaming
Arrangements
2.Schedule
H.
COST
Instrument
Spacecraft
MSI&T
Operations
Ground Data
System
MO&DA
Budget
Reserve
Table B1 TOTAL MISSION COST FUNDING PROFILE
Acronyms and Abbreviations