Examples of 'cathode can' in a sentence
Meaning of "cathode can"
Cathode can refers to a metal container that contains the negative electrode in a device such as a vacuum tube or cathode ray tube. It is commonly used in electronics to describe the structure that houses the cathode
How to use "cathode can" in a sentence
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cathode can
The cathode can be in the form of a platinum film.
The water treated by the cathode can be let out through a valve.
The cathode can include a rare earth element.
The spacing E between the anode and the cathode can be made regulatable.
A graphite cathode can also be used as a source of carbon.
As such, the conductivity of the cathode can be enhanced.
The cathode can also be an electrode of the present invention.
Either the anode or cathode can be at ground potential.
The cathode can be made of graphite or another carbonaceous material.
Alternatively, the cathode can contain lithium.
Such a cathode can be mounted using a commonly known welding technique or pins.
The nitrate reduction on the cathode can be described as follows,.
The oxygen cathode can be independently removed from the discharging assembly.
Then, the electrolyte solution was injected into the cathode can.
An oxide cathode can be used.
See also
For instance, the anode can be DSA O2 ™ and the cathode can be Ni.
Note that the cathode can provide most of the cell voltage.
By virtue of this, the degradation of the cathode can be more suppressed.
The cathode can include field emissive materials such as carbon nanotubes.
More specifically, the auxiliary cathode can be made of platinized titanium.
The cathode can therefore function at higher residual air pressures with no risk of breakdown.
As a consequence, in this position the cathode can be weighed while immersed in the electrolyte.
The cathode can be the electrolytic cell itself, which is then made of metal.
In one particular embodiment, materials for the cathode can include lanthanum manganite materials.
The cathode can have different surface structures, i . e.
Alternatively, or additionally, the material of the cathode can include a La-ferrite based material.
The cathode can also be coated with various catalysts, e.g. ruthenium oxides.
In other words, the inventive air cathode can work directly in air containing carbon dioxide.
This cathode can be made from metal, e.g. nickel.
The maximum current density that such a cathode can withstand is about 100 uA/cm2.
The life cycle of a cathode can be from about three to about ten years.
In the configuration shown in FIG . 3, the cathode can 306 also serves as a cathode collector.
The anode and the cathode can be different metals or areas of the same metal.
A material mounted to the cathode can be coated by impacting ions in this manner.
The flow past the cathode can immediately be remixed with the anode flow.
Materials for the cathode can be aluminum, stainless steel or graphite.
As a modification, the cathode can be used in a cell operating with a pool of aluminium.
In one specific embodiment, the cathode can include a mixture of a La-manganite and La-ferrite material.
Optionally, the anode and the cathode can be separated, e.g., by a porous or a non-porous separator.
