anode

(redirected from positive electrode)
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Related to positive electrode: cathode, anode
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  • noun

Antonyms for anode

a positively charged electrode by which electrons leave an electrical device

the negatively charged terminal of a voltaic cell or storage battery that supplies current

References in periodicals archive ?
During that time, postdoc Zhonghua Lu and Dahn discovered popular grades of nickel manganese cobalt positive electrode material, or NMC.
During battery charging, external current pulls electrons from the positive electrode and injects them into the negative electrode.
However, in this work, since the RBS analysis suggests that more positively charged nanocrystals deposited on the negative electrode than negatively charged nanocrystals deposited on the positive electrode (Fig.
According to the researchers, after a day or so the positive electrode has absorbed a full load of electrons and has largely been converted into silver.
The left arm is the positive electrode in reference to the right arm and the left leg.
If the loading buffer dye(s) are also negatively charged, they too will move through the gel toward the positive electrode at a rate related to their size compared to the gel pores.
In the process, two mixtures of vanadium species is converted into a single electro-active species of V(III) at negative electrode and V(IV) at positive electrode.
Keywords: Magnesium battery; MgMnSiO4; Infrared spectroscopy; positive electrode.
Negatively charged ions move to the positive electrode during electrolysis.
Lielsort, in addition to improving output by about 20% compared to conventional Li-ion batteries, also can be combined with a high-potential positive electrode to extend the battery's lifespan by several times longer than batteries with current separators in the market.
In the meantime, Yen also eyes market potential of cathode materials for lithium-ion batteries, saying that lithium-ion batteries using lithium cobalt oxide as the positive electrode incorporating manganese and nickel are better fitted to electric cars and will become the mainstream battery model for the purpose in the future.
2] electrode has been widely used as an active material on positive electrode of lead-acid batteries [1].
If these species dissolve and are lost from the positive electrode, they can no longer do useful work, reducing the capacity of the battery.
These newly freed charge carriers are swept toward the positive electrode, producing a current pulse (larger than the background current), thus indicating the presence of the neutron-emitting nuclear material.
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