393 APPENDIX redundancy, 159–160 secondary power system, 165–171 shock challenge when repairing solar array, 318–320 SPARTAN flight controllers’ planning role, 161, 162, 171, 356, 358 and Thermal Control System (TCS), 193, 204 Electrical Power Systems Position (PHALCON), xxv electrolysis to produce oxygen, 335 Ellington Field, 32 emergency equipment, 345–347 emergency response crisis simulations, 182–187 decrewing the ISS, 217–218 environmental control, 348–350 fire, 217–218, 270, 336, 345, 346, 348 Rapid Depress, 47–48, 143, 213, 217, 346–347, 348 scenario exercise planning, 21 Toxic Atmosphere (ATM), 174–175, 178, 184, 217, 336, 347, 350 Endeavour, Space Shuttle, ix, 37, 80, 235, 252 energy balance, maintaining for EPS, 162 Engineering team, FCT’s coordination with, x engineer training as common for flight controllers, 175 Enhanced MDMs, 98–99 Enhanced Processor and Integrated Communication (EPIC) controller card, 97, 114–115 Environmental and Thermal Operating Systems (ETHOS) atmospheric humidity management after decrewing, 213 operator level of certification for flight controller, 177 responsibilities of, 334, 335, 336, 340, 341, 344–350 Toxic Atmosphere scenario, 174 Environmental Control and Life Support System (ECLSS), 334–350 atmosphere control, 335–339. See also atmosphere control emergency equipment, 345–347 emergency response, 348–350 planning for STS-130/ISS-20A, 64, 70–71 Regenerative ECLSS, 213–215 STS-130/ISS-20A issues, 85 temperature and humidity control, 340. See also Thermal Control Systems (TCSs) water recovery and management, 340–345 Environmental Control and Life Support Systems Position (ECLSS), xxv Equipment Lock, 297 European Attached Pressurized Module. See Columbus module European Robotic Arm, 250 European Space Agency (ESA). See also Columbus module Automated Transfer Vehicle (ATV), ix, xvi, xviii, 46, 133, 235–236, 244 importance of Node 2 for, 307 role in ISS Program, xiv EVA 1, STS-120/ISS-10A mission, Node 2 temporary installation, 310, 312–313 EVA 2, STS-120/ISS-10A mission, SARJ inspection during, 311–312, 313–314 EVA 3, STS-120/ISS-10A mission, P6 segment release, 310, 314 EVA 4, STS-120/ISS-10A mission, focus changes in, 310–311, 314, 316 EVA 5, STS-120/ISS-10A mission, planned Node 2 preparation for Columbus module, 310 EVA 23, water-in-helmet incident, 290 EVA 24, Pump Module change-out, 360, 369–372 EVA 25, Pump Module change-out, 360, 372–376 EV hatch, 49 execute planning by Flight Control Team, 5, 7–11 Execute Planning Groundrules and Constraints (Gr&C), 5 execution of a mission (“fly”), 63, 80–87 exercise sessions, scheduling challenges, 13, 24 Expedite the Processing of Experiments to the Space Station (ExPRESS), xxiii, 46, 57 Expedition 1, US Laboratory, 54 Expedition 6, in-flight maintenance (IFM), 274 Expedition 7, exercising during, 25 Expedition 8, detecting leaks in windows, 52 Expedition 16, closeout panel, 58 Expedition 17, rack installation, 56 Expedition 18, robotics, 258 Expedition 19/20, hanging the plaque, 33 Expedition 22, relocating Cupola, 83 Expedition 24/25 (STS-120/ISS-10A), 51, 322–323 Expedition 26, robotics, 257 Expedition 27, Soyuz photo of Space Shuttle docked to ISS, 235 Expedition 28, preparing to abandon ship, 214–215 Expedition 29 payload rack, 58 preparing to abandon ship, 214–215 Expedition 30 free time during, 28 software upgrade story, 114–115 Expedition 31 graphics overlay usage, 243 software upgrade story, 114–115 video system management, 231 Expedition 32, EMU equipment, 296 Expedition 34, exercising on COLBERT, 73 Expedition 36, visiting vehicles, 244, 258 Expedition 37, visiting vehicles, 244 Expedition 38 Pump Module change out, 354, 361–377 visiting vehicles, 242 Expedition 39, visiting vehicles, 242 Expedition 41 ammonia leak warning, 184 visiting vehicles, 242 Expedition 42, ammonia leak warning, 184 Expedition 43, return to Earth landing, 31 Expedition 45 free time during, 28 visiting vehicles, 234 Expedition 46 Mobile Transporter repair activity, 30 Soyuz crew docking, 31 Expedition 47 Cygnus capture, 237, 259 Soyuz crew docking, 31 Expedition 49, pre-increment planning, 21 expedition designations to ISS, xix Exposed Pallet (EP), 46 External Berthing Camera System (EBCS), 45–46 external DC-to-DC Converter Units (DDCUs), 166 External Operations (EVA) mode, 106. See also ExtraVehicular Activities External Stowage Platforms (ESPs), xxiii External Television Camera Group, 230 External Thermal Control Systems (ETCSs), 197–204. See also ammonia-based thermal transfer system components and flow paths, 200 heat exchangers, 201–202. See also InterFace Heat eXchangers (IFHXs) loads and radiators, 202–204 overview, 194 pumps and accumulators, 199–201 radiators, 157, 159, 160, 161, 202–204 temperature and humidity control, 199, 334, 340 external torques, managing, 132–133 External Wireless Instrumentation System, 42 ExtraVehicular Activities (EVAs), 280–303. See also spacewalk in detail ammonia leak (outside) solution, 205 assembly of ISS, xv, xix communication system for, 227–228 Control Moment Gyroscope (CMG) use in robotic arm, 120 Cupola relocation, 85 EVA console at MCC, 269, 302 fatigue from, 301, 302 go-ahead tasks for, 292 historical perspective, 281–283 impact on daily routine, 30–31 importance of robotic arm for, 250 new Joint Airlock delivery, 272 Node 3 change in location, 66–67, 68–69, 72–75 physical dangers of, 280 planning and training for, 68–69, 290–292 PMA-3 relocation, 86 preparations and airlock, 296–301 Pump Module change-out (2013), 360, 364–365, 366–376 repair of robotic arm, 263–264 risk management, 301–303 testing and training, 77, 293–295 timelines for (STS-130/ISS-20A (2010)), 82