doping{ }¶

Calling sequence

structure{ region{ doping{ } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
items: \(\mathrm{maximum\;1}\)

Functionality

Assigns dopants defined in the global group impurities{ } with selected concentrations.

Examples

structure{
    region{
        doping{...}
        ...
    }
}
impurities{
    ...
}

Note

See — FREE — Schrödinger-Poisson - A comparison to the tutorial file of Greg Snider’s code as an example of use of gaussian1D{ } and gaussian2D{ } for donors and acceptors.

The Figure 2.5.1 shows a 3D doping profile that is defined inside a 20 nm x 20 nm x 50 nm cube where the 50 nm are the z direction. The doping rate profile is homogeneous with respect to the (x,y) plane, it only varies along the z direction.

The doping rate profile is constant between z = 10 nm and z = 25 nm with a rate of 1 x 1018 \([1/cm^3]\). It has Gaussian shape from z = 25 nm to z = 45 nm (gaussian1D). It is zero between z = 0 nm and z = 10 nm, as well as between z = 45 nm and z = 50 nm.

../../../../../_images/doping_profile3D.jpg — Figure 2.5.1 Three-dimensional doping profile (image generated by Exporting to ParaView).¶

position along z-direction (nm)	generation rate (1/cm^3)
0 ~ 10 nm	0.0
10 ~ 25 nm	constant (1.0 \(\times\) 10¹⁸)
25 ~ 45 nm	Gaussian (center = 25 nm, sigma_z = 6.0 nm)
45 ~ 50 nm	0.0

structure{
    region{
        everywhere{}
        binary{ name = GaAs }
        contact{ name = contact }
    }
    region{
        binary{ name = GaAs }
        cuboid{
            x = [0E0, 20E0]
            y = [0E0, 20E0]
            z = [0E0, 10E0]
        }
    }
    region{
        binary{ name = GaAs }
        cuboid{
            x = [0E0, 20E0]
            y = [0E0, 20E0]
            z = [10E0, 25E0]
        }
        doping{
            constant{
                name = "n-Si-in-GaAs"
                conc = 1.0E18
            }
        }
    }
    region{
        binary{ name = GaAs }
        cuboid{
            x = [0E0, 20E0]
            y = [0E0, 20E0]
            z = [25E0, 45E0]
        }
        doping{
            gaussian1D{
                name = "n-Si-in-GaAs"
                conc = 1.0E18
                z = 25
                sigma_z = 6.0
            }
        }
    }

    output_impurities{}
}
impurities{
    donor{
        name = "n-Si-in-GaAs"
        ...
    }
}
global{
    simulate3D{}
    ...
}

Nested keywords

remove{ }¶

Calling sequence

structure{ region{ doping{ remove{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Removes all dopants from a specific region.

Example

structure{
    region{
        doping{
            remove{}
        }
        ...
    }
}
impurities{
    ...
}

constant{ }¶

Calling sequence

structure{ region{ doping{ constant{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Defines constant doping profile over the region.

Example

structure{
    region{
        doping{
            constant{
                name = "n-Si"
                conc = 1.0e18
                add  = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}

constant{ name }¶

Calling sequence

structure{ region{ doping{ constant{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            constant{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}

constant{ conc }¶

Calling sequence

structure{ region{ doping{ constant{ conc } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-3}}\)

Functionality

Defines value dopant concentration.

Example

structure{
    region{
        doping{
            constant{
                conc = 1.0e18
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

constant{ add }¶

Calling sequence

structure{ region{ doping{ constant{ add } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
type: \(\mathrm{choice}\)
choices: yes; no
default: yes

Functionality

Choses the mode of assigning doping. If add = yes then the doping in the region is added to already defined ones. Otherwise, the previously defined doping is replaced.

Example

structure{
    region{
        doping{
            constant{
                add  = no
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

linear{ }¶

Calling sequence

structure{ region{ doping{ linear{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Defines linear doping profile along a defined line

Examples

structure{
    region{
        doping{
            linear{
                name = "n-Si"
                conc = [ 1.0e18, 2.0e18 ]
                x    = [ 50.0, 100.0 ]
                add  = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate1D{ }
}

structure{
    region{
        doping{
            linear{
                name = "n-Si"
                conc = [ 1.0e18, 2.0e18 ]
                x    = [ 50.0, 100.0 ]
                y    = [ 50.0, 100.0 ]
                z    = [ 50.0, 100.0 ]
                add  = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate3D{ }
}

linear{ name }¶

Calling sequence

structure{ region{ doping{ linear{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            linear{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}

linear{ conc }¶

Calling sequence

structure{ region{ doping{ linear{ conc } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{vector\;of\;2\;real\;numbers}\)
values: [0.0, ...) for every dimension
unit: \(\mathrm{cm^{-3}}\)

Functionality

Defines values of linear dopant profile at the ends of the ends of defined line. The first value corresponds to the starting point of the line and the second value to the ending point of the line.

Example

structure{
    region{
        doping{
            linear{
                conc = [ 1.0e18, 2.0e18 ]
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

linear{ x }¶

Calling sequence

structure{ region{ doping{ linear{ x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{vector\;of\;2\;real\;numbers}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines x-coordinates of the starting point and ending point of the line, along which the linear distribution of dopants is defined.

Example

structure{
    region{
        doping{
            linear{
                x = [ 50.0, 100.0 ]
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

linear{ y }¶

Calling sequence

structure{ region{ doping{ linear{ y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{vector\;of\;2\;real\;numbers}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines y-coordinates of the starting point and ending point of the line, along which the linear distribution of dopants is defined.

Example

structure{
    region{
        doping{
            linear{
                x = [ 50.0, 100.0 ]
                y = [ 50.0, 100.0 ]
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

linear{ z }¶

Calling sequence

structure{ region{ doping{ linear{ z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{vector\;of\;2\;real\;numbers}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines z-coordinates of the starting point and ending point of the line, along which the linear distribution of dopants is defined.

Example

structure{
    region{
        doping{
            linear{
                x = [ 50.0, 100.0 ]
                y = [ 50.0, 100.0 ]
                z = [ 50.0, 100.0 ]
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

linear{ add }¶

Calling sequence

structure{ region{ doping{ linear{ add } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
type: \(\mathrm{choice}\)
choices: yes; no
default: yes

Functionality

Choses the mode of assigning doping. If add = yes then the doping in the region is added to already defined ones. Otherwise, the previously defined doping is replaced.

Example

structure{
    region{
        doping{
            linear{
                add = no
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Defines Gaussian distribution function in one direction, constant in remaining perpendicular directions.

Note

This profile corresponds to LSS theory (Lindhard, Scharff, Schiott theory) for doping - Gaussian distribution of ion implantation.

Examples

structure{
    region{
        doping{
            gaussian1D{
                name = "n-Si"
                conc = 1.0e18
                x = 50.0
                sigma_x = 5.0
                add = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate1D{ }
}

structure{
    region{
        doping{
            gaussian1D{
                name = "n-Si"
                dose = 1e12
                y = 50.0
                sigma_y = 5.0
                add = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate2D{ }
}

gaussian1D{ name }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            gaussian1D{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}

gaussian1D{ conc }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ conc } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-3}}\)

Functionality

Defines maximum of dopant concentration.

Example

structure{
    region{
        doping{
            gaussian1D{
                conc = 1.0e18
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ dose }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ dose } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-2}}\)

Functionality

Defines implantation dose. It is an integrated density of Gaussian function conc = dose / ( SQRT(2*pi) * sigma_x ).

Hint

Typical values range from 1e11 cm^-2 to 1e16 cm^-2.

Example

structure{
    region{
        doping{
            gaussian1D{
                dose = 1.0e12
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ x }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the x-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian1D{
                x = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ y }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the y-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian1D{
                y = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ z }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the z-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian1D{
                z = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ sigma_x }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ sigma_x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the x-axis.

Example

structure{
    region{
        doping{
            gaussian1D{
                x = 50.0
                sigma_x = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ sigma_y }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ sigma_y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the y-axis.

Example

structure{
    region{
        doping{
            gaussian1D{
                y = 50.0
                sigma_y = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ sigma_z }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ sigma_z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the z-axis.

Example

structure{
    region{
        doping{
            gaussian1D{
                z = 50.0
                sigma_z = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian1D{ add }¶

Calling sequence

structure{ region{ doping{ gaussian1D{ add } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
type: \(\mathrm{choice}\)
choices: yes; no
default: yes

Functionality

Choses the mode of assigning doping. If add = yes then the doping in the region is added to already defined ones. Otherwise, the previously defined doping is replaced.

Example

structure{
    region{
        doping{
            gaussian1D{
                add = no
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Defines Gaussian distribution function in two directions, constant in remaining perpendicular direction.

Examples

structure{
    region{
        doping{
            gaussian2D{
                name = "n-Si"
                conc = 1.0e18
                x = 50.0
                y = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                add = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate2D{ }
}

structure{
    region{
        doping{
            gaussian2D{
                name = "n-Si"
                dose = 1e6
                x = 50.0
                z = 50.0
                sigma_x = 5.0
                sigma_z = 5.0
                add = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate3D{ }
}

gaussian2D{ name }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            gaussian2D{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}

gaussian2D{ conc }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ conc } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-3}}\)

Functionality

Defines maximum of dopant concentration.

Example

structure{
    region{
        doping{
            gaussian2D{
                conc = 1.0e18
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ dose }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ dose } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-1}}\)

Functionality

Defines implantation dose. It is an integrated density of Gaussian function.

Example

structure{
    region{
        doping{
            gaussian2D{
                dose = 1.0e6
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ x }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the x-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian2D{
                x = 50.0
                y = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ y }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the y-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian2D{
                y = 50.0
                z = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ z }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the z-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian2D{
                z = 50.0
                x = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ sigma_x }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ sigma_x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the x-axis.

Example

structure{
    region{
        doping{
            gaussian2D{
                x = 50.0
                y = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ sigma_y }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ sigma_y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the y-axis.

Example

structure{
    region{
        doping{
            gaussian2D{
                y = 50.0
                z = 50.0
                sigma_y = 5.0
                sigma_z = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ sigma_z }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ sigma_z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the z-axis.

Example

structure{
    region{
        doping{
            gaussian2D{
                z = 50.0
                x = 50.0
                sigma_z = 5.0
                sigma_x = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian2D{ add }¶

Calling sequence

structure{ region{ doping{ gaussian2D{ add } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
type: \(\mathrm{choice}\)
choices: yes; no
default: yes

Functionality

Choses the mode of assigning doping. If add = yes then the doping in the region is added to already defined ones. Otherwise, the previously defined doping is replaced.

Example

structure{
    region{
        doping{
            gaussian2D{
                add = no
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Defines Gaussian distribution function in three directions.

Example

structure{
    region{
        doping{
            gaussian3D{
                name = "n-Si"
                conc = 1.0e18
                x = 50.0
                y = 50.0
                z = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                sigma_z = 5.0
                add = no
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        degeneracy = 2
        energy = 0.0058
    }
}
global{
    simulate3D{ }
}

gaussian3D{ name }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            gaussian3D{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}

gaussian3D{ conc }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ conc } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{cm^{-3}}\)

Functionality

Defines maximum of dopant concentration.

Example

structure{
    region{
        doping{
            gaussian3D{
                conc = 1.0e18
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ dose }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ dose } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{-}\)

Functionality

Defines implantation dose. It is an integrated density of Gaussian function.

Example

structure{
    region{
        doping{
            gaussian3D{
                dose = 1.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ x }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the x-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ y }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the y-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ z }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: no constraints
unit: \(\mathrm{nm}\)

Functionality

Defines the z-coordinate of the center of the Gauss distribution.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ sigma_x }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ sigma_x } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the x-axis.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                sigma_z = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ sigma_y }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ sigma_y } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the y-axis.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                sigma_z = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ sigma_z }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ sigma_z } } } }

Properties

using: \(\mathrm{\textcolor{Dandelion}{conditional}}\)
type: \(\mathrm{real\;number}\)
values: [0.0, ...)
unit: \(\mathrm{nm}\)

Functionality

Defines standard deviation of the Gauss distribution along the z-axis.

Example

structure{
    region{
        doping{
            gaussian3D{
                x = 50.0
                y = 50.0
                z = 50.0
                sigma_x = 5.0
                sigma_y = 5.0
                sigma_z = 5.0
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

gaussian3D{ add }¶

Calling sequence

structure{ region{ doping{ gaussian3D{ add } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
type: \(\mathrm{choice}\)
choices: yes; no
default: yes

Functionality

Choses the mode of assigning doping. If add = yes then the doping in the region is added to already defined ones. Otherwise, the previously defined doping is replaced.

Example

structure{
    region{
        doping{
            gaussian3D{
                add = no
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}

import{ }¶

Calling sequence

structure{ region{ doping{ import{ } } } }

Properties

using: \(\mathrm{\textcolor{ForestGreen}{optional\;within\;the\;scope}}\)
items: \(\mathrm{no\;constraints}\)

Functionality

Imports generation profile from an external file and adds it to already defined (if defined) profiles.

Example

structure{
    region{
        doping{
            import{
                name = "n-Si"
                import_from = "importing_dopant_profile"
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}
import{
    file{
        name = "importing_dopant_profile"
        filename = "precious_dopant_profile.dat"
        ...
    }
}

import{ name }¶

Calling sequence

structure{ region{ doping{ import{ name } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Refers to a dopant definition in impurities{ }.

Example

structure{
    region{
        doping{
            import{
                name = "n-Si"
                ...
            }
        }
        ...
    }
}
impurities{
    donor{
        name = "n-Si"
        ...
    }
}
import{
    ...
}

import{ import_from }¶

Calling sequence

structure{ region{ doping{ import{ import_from } } } }

Properties

using: \(\mathrm{\textcolor{WildStrawberry}{required\;within\;the\;scope}}\)
type: \(\mathrm{character\;string}\)

Functionality

Reference to imported data in import{ }.

Example

structure{
    region{
        doping{
            import{
                import_from = "importing_dopant_profile"
                ...
            }
        }
        ...
    }
}
impurities{
    ...
}
import{
    file{
        name = "importing_dopant_profile"
        filename = "precious_dopant_profile.dat"
        ...
    }
}