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Graph 1
Enable
    
X-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Y-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Graph 2
Enable
    
X-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Y-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Graph 3
Enable
    
X-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Y-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Graph 4
Enable
    
X-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity
Y-Axis
Length
Width
Thickness
Outer Diameter
Inner Diameter
Volume
Number of Strands
Turns
Density
Dielectric Constant
Conductivity
Young's Modulus
Tensile Strength
Strain at Break
Concentration
Ratio (1st:2nd Solution)
pH
Voltage Min.
Voltage Max.
Voltage Difference
Prestrain (Primary Axis)
Prestrain (Secondary Axis)
Constant Load
Frequency
Work Density
Typical Strain
Operating Stress
Power Density
Continuous Power
Cycles (Minimum)
Efficiency
Electrochemical Strain Coefficient
Charge
Capacitance
Bandwidth
Strain Rate
Stress Rate
Stress Relax Rate (Active)
Stress Relax Rate (Inactive)
Creep Rate (Active)
Creep Rate (Inactive)
Peak Power
Peak Engineering Strain
Average Strain Rate
Average Stress Rate
Charge/Volume
Charge/Mass
Capacitance/Volume
Electric Field Intensity