Lithium-Sulfur Batteries

Index

• a
• accessibility  43, 45–46, 54
• accumulation of
  • counter charge  13–15
  • electrons  17
  • lithium sulfide  101, 164, 194, 229, 243
  • precipitates  27
  • product  13, 17, 21
• acetylene gas  48
• activation
  • barrier  136–143, 165–172
  • enthalpies  136–139, 143
  • of lithium sulfide  165, 171
  • overpotential  232, 239–240
  • cycle  200
• active mass  161, 185
• active material  3
  • loading  35–37, 106
  • loss  36, 54, 60
• active species  12, 16, 19–20, 23–28, 152
• active surface area  26–27, 130, 240, 290
• activities  16–19, 24, 232
• additives  1, 3, 130
  • anode  122–126, 221
  • cathode  39, 43, 59, 149, 161–165
  • electrolyte  75, 96, 109, 199
  • lithium sulfide  171–172
• adhesion  33, 52, 54, 59, 191
• adhesive function  58
• adsorbents  41, 56, 161
• adsorption  11, 34
  • affinity  43
  • capacity  41, 56–57
  • energy  44
  • kinetics  41
  • polysulfides  54–57, 60, 161
  • potentials  46
  • properties  46
• adsorption/desorption equilibria  43
• advanced lithium–sulfur batteries for hybrid electric vehicles” (ALISE)  282
• aerodynamic efficiency  296
• aeroplane  293
• agglomeration  45, 48, 54, 102, 158
• aggregation  41, 220
• aging of the cell  185
• aircraft  1, 277–280, 293–309
• airframe considerations  279
• airship  293–298, 303, 309–310
• air transport  277
• aliphatic and aromatic molecules  39
• alkalinity  56
• alumina  99, 219
• aluminum foils  33–36, 46, 58–59, 106
• aluminum oxide coatings  126
• amorphous lithium sulfide  158, 193–194
• ampacity  46
• amphiphilic polymers  53, 60
• analytical technique
  • atomic force ...