LTO

(redirected from Lithium Titanium Oxide)
AcronymDefinition
LTOLinear Tape-Open (tape storage technology)
LTOLift Truck Operator
LTOLight Tight Oil
LTOLand Transportation Office (Philippines)
LTOLab Tests Online (various locations)
LTOLong Term Outcome
LTOLong Term Operations
LTOLinear Tape Open
LTOLiteral Table Overflow
LTOLimited-Time Offer(ing)
LTOLicence to Occupy (contracts)
LTOLimited Time Only
LTOLong-Term Observers
LTOLong-Term Operation (environmental safety)
LTOLand Titles Office (NSW, Australia)
LTOLong-Term Orbit (GPS)
LTOLow Temperature Oxidation
LTOLoreto, Baja California Sur, Mexico (Airport Code)
LTOLong-Term Occasional (teaching vacancy)
LTOLanguage Teaching Organization
LTOLettuce, Tomato, and Onion
LTOLicence To Operate
LTOLanding-Takeoff Cycle
LTOLarge Taxpayers Office
LTOLithium Titanium Oxide (battery)
LTOLand and Transportation Office (Philippines)
LTOLease-To-Ownership
LTOLast Time Order
LTOLaboratory Training Office
LTOLogistics Task Order
LTOLanguage and Technology Office
LTOLocal Terminal Operator
LTOLinking Technology and Order
LTOLocal Telecom Operator (telecommunications)
References in periodicals archive ?
Toshibas current SCiBTM employs a lithium titanium oxide anode, and is known for excellent operating characteristics in respect of safety, long life and rapid charging.
The unique combination of a lithium titanium oxide anode and a lithium nickel manganese cobalt oxide cathode has been combined with an electrode stacking architecture to create the first stacked large-format LTO pouch cell with a 60 Ah cell capacity in the U.
The fourth, the anode, is a mixture of lithium titanium oxide and graphite in a binder, and the final layer is the negative current collector, a commercially available conductive copper paint, diluted with ethanol.
The fourth, the anode, is a mixture of lithium titanium oxide and UFG in a binder, and the final layer is the negative current collector, a commercially available conductive copper paint, diluted with ethanol.