Examples of 'nernst' in a sentence
Meaning of "nernst"
Nernst (noun): The Nernst equation is used in electrochemistry to calculate the equilibrium reduction potential of an electrochemical reaction. It relates the standard cell potential to the concentrations of reactants and products
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- Used attributively to designate theories or equipment devised by or arising from the work of Walther Hermann Nernst (1864-1941), German chemist.
How to use "nernst" in a sentence
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nernst
Nernst made numerous other important contributions to physical chemistry.
This is also known as the Nernst effect.
Nernst effect evident in both the superconducting and pseudogap phases.
This immediately leads to the Nernst equation.
Nernst had three older sisters and one younger brother.
He is also known for developing the Nernst equation.
Nernst heat theorem.
Historically used for glowing rods in Nernst lamps.
Nernst equation and the real oxygen activity a taking into consideration.
This response is partially described by the Nernst equation.
The Nernst lamp was an early form of incandescent lamp.
Is a general form of the Nernst equation.
Nernst went to elementary school at Graudenz.
It is calculated via the Nernst equation.
Walther Nernst presents a formulation of the third law of thermodynamics.
See also
The constant is related to energetics by the Nernst equation.
And we can compute a Nernst potential for each ion.
This device is employed in electric lamps of the Nernst type.
An appreciable change in Nernst voltage takes place over the cell.
These potentials are calculated by Nernst equation.
The Nernst equation lets us calculate the equilibrium potential of a particular ion.
Must be equal to the Nernst potential.
Its northwestern outer rim is partly overlain by the crater Nernst.
As a result Nernst voltages increase and fuel cell electrical resistance decreases.
The creation of that electric field is also known as the Nernst effect.
It explicitly calculates the Nernst and Goldman equations for a range of ionic parameters.
A material is chosen here to form those rings that has a high Nernst coefficient.
Feedback on the Nernst measurement cell indicates when stoichiometric equilibrium has been achieved.
The electrochemical model of systematic polarization is the known Nernst double layer model.
The Nernst equation plays an important role in understanding electrical effects in cells and organelles.
These dyes accumulate in the mitochondrial matrix in accordance with the Nernst equation.
These values were then input into the Nernst equation to produce the cell output voltages.
This type of cell will generate a potential that can be predicted by the Nernst equation.
The Nernst equation explains this process.
The δ again indicates the stagnant layer in the Nernst diffusion layer concept.
The Nernst equation shows that.
Now lets attempt to understand the operation of the Nernst cell section of the UEGO.
Both Nernst and Röntgen overlie the eastern rim of the much larger walled plain Lorentz.
Idealized theoretical electrochemical thermodynamic relationships such as the Nernst equation are modeled without a time component.
And Nernst has the Nobel to prove it.
This difference can not be explained only by the overvoltage associated with the Nernst law.
Is called the Nernst potential.
There he worked as a coworker of Walther Nernst.
It exhibits the Nernst effect.
Einstein attended the event with Walther Nernst.
The EMF develops according to a Nernst equation for a specific ion in solution.
The concentration of the analyte can then be calculated from the Nernst Equation.
The Nernst glower.
Semiconductors exhibit the Nernst effect.
Nernst set the following stronger condition,.
