Electrical Field Strength

1 Millivolt/Centimeter = 1e-10 Volt/Nanometer - one Millivolt/Centimeter is equal to 1e-10 Volt/Nanometer. Use our free online Millivolt/Centimeter to Volt/Nanometer converter to quickly convert Millivolt/Centimeter to Volt/Nanometer for engineering, science, and everyday calculations. Check the conversion table and get reliable results in seconds.

Millivolt/Centimeter to Volt/Nanometer Converter

Abvolt/Centimeter

Abvolt/Foot

Abvolt/Inch

Abvolt/Kilometer

Abvolt/Meter

Abvolt/Mile

Abvolt/Micrometer

Abvolt/Millimeter

Abvolt/Nanometer

Abvolt/Yard

Kilovolt/Centimeter

Kilovolt/Foot

Kilovolt/Inch

Kilovolt/Kilometer

Kilovolt/Meter

Kilovolt/Mile

Kilovolt/Micrometer

Kilovolt/Millimeter

Kilovolt/Nanometer

Kilovolt/Yard

Megavolt/Centimeter

Megavolt/Foot

Megavolt/Inch

Megavolt/Kilometer

Megavolt/Meter

Megavolt/Mile

Megavolt/Micrometer

Megavolt/Millimeter

Megavolt/Nanometer

Megavolt/Yard

Microvolt/Centimeter

Microvolt/Foot

Microvolt/Inch

Microvolt/Kilometer

Microvolt/Meter

Microvolt/Mile

Microvolt/Micrometer

Microvolt/Millimeter

Microvolt/Nanometer

Microvolt/Yard

Millivolt per centimeter is a unit of measurement for electric field strength. By definition, electric field strength is considered to be equal to one millivolt per centimeter when a voltage of one millivolt is applied between two infinite parallel planes spaced one centimeter apart.

Millivolt/Centimeter

Millivolt/Foot

Millivolt/Inch

Millivolt/Kilometer

Millivolt/Meter

Millivolt/Mile

Millivolt/Micrometer

Millivolt/Millimeter

Millivolt/Nanometer

Millivolt/Yard

Statvolt/Centimeter

Statvolt/Foot

Statvolt/Inch

Statvolt/Kilometer

Statvolt/Meter

Statvolt/Mile

Statvolt/Micrometer

Statvolt/Millimeter

Statvolt/Nanometer

Statvolt/Yard

Volt/Centimeter

Volt/Foot

Volt/Inch

Volt/Kilometer

Volt/Meter

Volt/Mile

Volt/Micrometer

Volt/Millimeter

Volt per nanometer is a unit of measurement for electric field strength. By definition, electric field strength is considered to be equal to one volt per nanometer when a voltage of one volt is applied between two infinite parallel planes spaced one nanometer apart.