Package empro :: Module empro :: Module sensor :: Class TemperatureRiseSensor

Class TemperatureRiseSensor

core.Updatable --+        
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   core.Selectable --+    
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                Sensor --+
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                        TemperatureRiseSensor

A Sensor which collects temperature rise data from a simulation. Calculating temperature rise requires that raw SAR data is retrieved over the full simulation space. Temperature rise is always measured as a steady-state value at a particular location in space. If multiple frequencies of interest are given in a simulation (with running DFT). Temperature rise is measured for each frequency.

Class Hierarchy for TemperatureRiseSensor

constructor TemperatureRiseSensor():

Instance Methods

__call__(x, ...)
x(...)

Inherited from core.Selectable: clone, isSelected

Inherited from core.Updatable: __enter__, __exit__, hash, isValid, reasonWhyInvalid

Properties
ExpressionNone	convergenceTemperatureDelta Expression controlling the maximum temperature difference (in Kelvin) between timesteps at which the temp rise calculation will be considered converged.
CoordinateSystemAbstractPositionNone	corner1 These control the corners of the box used for collecting temperature rise data when the UseFullGrid setting is false.
ExpressionNone	immersiveMediumTemperature Expression controlling the temperature (in Kelvin) of the immersive medium (e.g.
ExpressionNone	immersiveMediumThermalConductivity Expression controlling the thermal conductivity (in W/(m*K)) of the immersive medium (e.g.
ExpressionNone	maximumNumberOfTimeSteps Controls the maximum number of timesteps for which the temperature rise calculation will occur.
ExpressionNone	perfusiveMediumDensity Expression controlling the density (in kg/m^3) of the perfusive medium (e.g.
ExpressionNone	perfusiveMediumHeatCapacity Expression controlling the heat capacity (in J/(kg*K)) of the perfusive medium (e.g.
ExpressionNone	perfusiveMediumTemperature Expression controlling the temperature (in Kelvin) of the perfusive medium (e.g.
boolNone	saveFinalConditions Controls whether the final temperature distribution data should be saved to disk.
boolNone	saveInitialConditions When CalculateInitialConditions is enabled, this controls whether the calculated initial temperature distribution conditions file is written to disk or not.
ExpressionNone	scaledInputPower Expression controlling the scaled input power (in Watts).
ExpressionNone	timeStep Controls the temperature rise calculation timestep in seconds.
boolNone	treatDataOutsideSubregionAsAir When UseFullGrid is disabled, this controls whether the region outside of the data collection region is treated as air or not.
boolNone	useFullGrid Controls whether temperature rise data is being collected over the full simulation grid, or over a manually defined subregion.
Inherited from `Sensor`: `enabled`, `isEnabled`, `isVisible`, `visible` Inherited from `core.Selectable`: `metaData`, `name`, `notes`

Property Details

corner1

These control the corners of the box used for collecting temperature rise data when the UseFullGrid setting is false. These positions are in CAD space.

Type:: CoordinateSystemAbstractPositionNone

immersiveMediumTemperature

Expression controlling the temperature (in Kelvin) of the immersive medium (e.g. air).

Type:: ExpressionNone

immersiveMediumThermalConductivity

Expression controlling the thermal conductivity (in W/(m*K)) of the immersive medium (e.g. air).

Type:: ExpressionNone

perfusiveMediumDensity

Expression controlling the density (in kg/m^3) of the perfusive medium (e.g. blood).

Type:: ExpressionNone

perfusiveMediumHeatCapacity

Expression controlling the heat capacity (in J/(kg*K)) of the perfusive medium (e.g. blood).

Type:: ExpressionNone

perfusiveMediumTemperature

Expression controlling the temperature (in Kelvin) of the perfusive medium (e.g. blood).

Type:: ExpressionNone

timeStep

Controls the temperature rise calculation timestep in seconds. The recommended value s 4 seconds.

Type:: ExpressionNone