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Battery electrodes: ResiScope™ vs C-AFM
ResiScope maps clear conductivity from pA to µA; C-AFM saturates, adds capacitive effects and charges the surface.
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The sample
A composite electrode layer on its current collector: pA binder, µA particles.
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One scan, six decades of current
ResiScope follows the current across six decades.
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A fixed range clips, and the surface charges
Saturation: every particle above 10 nA reads the same value.
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The switch happens mid-scan
Soft Interaction Control: no shear, no scratching.
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The same question, at the nanoscale
What a solar cell does under light depends on how the light arrives. Reproduce the angle, and you reproduce the condition, then measure the response where it happens, on the surface.
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The same range the sun covers over a day
Irradiance follows the elevation, from 20° to 90°.
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Reproduce the angle
…and you reproduce the condition the cell sees in the field.
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The same sweep, on the microscope
Continuously adjustable on a graduated arc, locked at any angle onto the sample.