Examples of 'solid oxide fuel cells' in a sentence
Meaning of "solid oxide fuel cells"
solid oxide fuel cells - Solid oxide fuel cells are a type of fuel cell that uses a solid ceramic electrolyte to convert fuel into electricity, often with high efficiency
How to use "solid oxide fuel cells" in a sentence
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solid oxide fuel cells
Components for solid oxide fuel cells.
The solid oxide fuel cells are connected in series by interconnectors.
O computational modelling of solid oxide fuel cells.
The adjacent solid oxide fuel cells are connected electrically in series by an interconnector.
Electrolyte and electrode materials of solid oxide fuel cells.
Solid oxide fuel cells are one typical field of application of this invention.
Method of making solid oxide fuel cells and stacks.
Fast ion conductors are used primarily in solid oxide fuel cells.
This is adequate for solid oxide fuel cells and oxygen generators.
O the role of radiation heat transfer in solid oxide fuel cells.
Solid oxide fuel cells convert chemical to electrical energy much like a battery works.
Butane is a suitable fuel for solid oxide fuel cells.
Solid oxide fuel cells comprising functionally graded anode electrodes and cathode electrodes are known.
Each module may include a plurality of solid oxide fuel cells.
Solid oxide fuel cells are high temperature electrochemical devices fabricated primarily from oxide ceramics.
See also
This is achieved by minimising the pitch of the solid oxide fuel cells.
O design and analysis of micro solid oxide fuel cells for vehicle auxiliary power units.
The fuel cell gap is the distance between adjacent solid oxide fuel cells.
So you put solid oxide fuel cells into the belt?
The present invention relates to fuel cells and in particular to solid oxide fuel cells.
The solid oxide fuel cells are electrically connected in series by a plurality of interconnectors 38.
The second layers provide uniform current collection across the solid oxide fuel cells.
Solid oxide fuel cells ( sofc ) are devices that convert chemical energy directly into electrical energy.
Preferably the solid oxide fuel cell stack comprises a plurality of solid oxide fuel cells.
Solid oxide fuel cells often use complex oxide materials as their electrolytes, anodes, and cathodes.
The focus was on supplying high-temperature solid oxide fuel cells.
Solid oxide fuel cells ( SOFCs ) seem promising enough for both stationary and mobile applications.
In one example, the fuel cells can be solid oxide fuel cells.
Solid oxide fuel cells - SOFC - represent a device exceptionally efficient to generate electricity and heat.
Examples 6 and 7 are illustrative of the invention as it applies to solid oxide fuel cells.
The SOFC stack comprises two solid oxide fuel cells 1 alternating with interconnects 2.
Material synthesis, cell preparation and characterization of low temperature solid oxide fuel cells.
High temperature solid oxide fuel cells ( SOFC ) have been the focus of much developmental activity.
These applications include electrodes, and scaffolds for solid oxide fuel cells and batteries.
Solid Oxide Fuel Cells and high temperature fuel cell turbine hybrid systems ;.
Glass-ceramics are considered advantageous for applications such as sealants for solid oxide fuel cells - sofcs.
The development of intermediate-temperature solid oxide fuel cells is described by Choy and co-workers K.
LeadLearners. Org Towards greener energy: Computational path-finding for materials optimization of solid oxide fuel cells.
The invention concerns a method of making solid oxide fuel cells ( SOFC ) and SOFC stacks.
The solid oxide fuel cells 124 are electrically interconnected in series.
A plurality of interconnectors 38 electrically connect the solid oxide fuel cells 36 in electrical series.
The adjacent solid oxide fuel cells 16 are connected electrically in series by interconnectors 18.
Solid oxide electrolyte cells ( SOECs ) are solid oxide fuel cells ( SOFCs ) that run in reverse.
Solid oxide fuel cells ( SOFC ) are very active.
A method of making one or more Solid Oxide Fuel Cells comprising the subsequent steps of,.
The fuel cell gap Y is the distance between adjacent solid oxide fuel cells 16.
Preferable for solid oxide fuel cells are 1 and 2 and for solid oxide electrolysis cells is 2.
The process is applicable essentially to solid oxide fuel cells ( SOFC ).
This enables the solid oxide fuel cells to operate at temperatures up to 1200°C.
The reversible fuel cells 15 are solid oxide fuel cells ( SOFC ).
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For cells or batteries packed with equipment
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The cells we want can not be tainted
Examples of using Fuel
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Fuel and fuel vapour are highly inflammable
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Examples of using Solid
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Solid shaft for separate shaft coupling
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Get to solid ground or shallow water if possible
