Research in lithium-ion batteries | Wikipedia audio article
Channel: wikipedia tts
Date: 2019-05-06

This is an audio version of the Wikipedia Article:
https://en.wikipedia.org/wiki/Research_in_lithium-ion_batteries


00:00:23 1 Anode
00:00:57 1.1 Intercalation Oxides
00:01:59 1.1.1 Titanium dioxide
00:04:00 1.1.2 Niobates
00:04:52 1.1.3 Transition-metal Oxides
00:05:56 1.2 Lithium
00:07:47 1.3 Non Graphitic Carbon
00:10:19 1.4 Silicon
00:12:41 1.4.1 Silicon Encapsulation
00:13:54 1.4.2 Silicon Nanowire
00:14:03 1.4.3 Porous Silicon Electrode Design
00:15:02 1.4.4 Silicon Nanofiber
00:17:12 1.5 Tin
00:18:37 1.6 Intermetallic Insertion Materials
00:19:26 1.6.1 Cusub6/subSnsub5/sub
00:22:27 1.6.2 Copper antimonide
00:24:01 1.7 Three-dimensional nanostructure
00:25:55 1.8 Semi-solid
00:26:44 2 Cathode
00:28:39 2.1 Vanadium Oxides
00:30:51 2.2 Disordered materials
00:31:51 2.2.1 Glasses
00:32:58 2.3 Sulfur
00:34:21 2.4 Seawater
00:35:11 2.5 Lithium-Based Cathodes
00:35:21 2.5.1 Lithium nickel manganese cobalt oxide
00:37:26 2.5.2 Lithium iron phosphate
00:38:58 2.5.3 Lithium manganese silicon oxide
00:40:07 2.5.4 Air
00:41:06 2.6 Iron fluoride
00:42:00 3 Electrolyte
00:42:48 3.1 Perfluoropolyether
00:43:36 3.2 Solid-state
00:44:37 3.2.1 Thiophosphate
00:45:27 3.2.2 Glassy Electrolytes
00:47:06 3.3 Salts
00:47:15 3.3.1 Superhalogen
00:48:08 3.3.2 Water-in-salt
00:49:07 4 Design and management
00:49:18 4.1 Charging
00:50:56 4.2 Management
00:51:05 4.2.1 Durability
00:52:03 4.2.2 Thermal
00:53:09 4.2.3 Flexibility
00:56:39 4.2.4 Volume Expansion
00:57:29 5 Nanotechnology
00:59:22 6 Economy
00:59:44 7 See also



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SUMMARY
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Research in Lithium-ion Batteries has produced many proposed refinements of lithium-ion batteries. Areas on research interest have focused on improving energy density, safety, rate capability, cycle durability, flexibility, and cost.