Struct JupiterRadiationConfig 

pub struct JupiterRadiationConfig {
    pub regions: Vec<RadiationRegion>,
    pub magnetopause_rj: f64,
    pub latitude_factor: f64,
    pub plasma_sheet_factor: f64,
    pub storm_factor: f64,
}

Configuration for the Jupiter radiation dose model.

Fields

regions: Vec<RadiationRegion>

Piecewise regions from inner to outer. Must be sorted by r_min_rj and contiguous.

magnetopause_rj: f64

Magnetopause distance in RJ. Beyond this, trapped radiation is zero.

latitude_factor: f64

Geometry/variability multipliers

plasma_sheet_factor: f64

Plasma sheet crossing factor (1.0 = in sheet, typically 0.3-0.5 outside)

storm_factor: f64

Storm/quiet multiplier (1.0 = nominal, 2-5 for storm)

Implementations

impl JupiterRadiationConfig

pub fn default_model() -> Self

Create the default model calibrated to Galileo-era data.

Dose rates in krad(Si)/hour behind 100 mil Al:

• Europa (~9.4 RJ): ~0.616 krad/h (= 5,400 krad/year)
• Ganymede (~15 RJ): ~0.0616 krad/h (= 540 krad/year)
• Callisto (~26 RJ): ~0.000114 krad/h (= 1 krad/year)

pub fn dose_rate_krad_h(&self, r_rj: f64) -> f64

Instantaneous dose rate at distance r (in RJ) in krad/hour.

Returns 0 if r is beyond the magnetopause.

fn analytical_dose_segment( region: &RadiationRegion, r_start_rj: f64, r_end_rj: f64, v_radial_km_s: f64, ) -> f64

Analytical dose integral for a single power-law region.

For constant radial velocity v_r (km/s): Dose = ∫ D(r) dt = ∫ D(r) dr / v_r = (D0 * r0^alpha / v_r) * ∫[r1..r2] r^(-alpha) dr

For alpha ≠ 1: ∫ r^(-alpha) dr = r^(1-alpha) / (1-alpha)

Returns dose in krad. v_r in km/s, distances in RJ.

pub fn transit_analysis( &self, r_start_rj: f64, r_end_rj: f64, v_radial_km_s: f64, shield_budget_krad: f64, ) -> JupiterTransitResult

Compute total accumulated dose along a radial transit.

Assumes constant radial velocity (reasonable for hyperbolic escape far from periapsis where gravity turn is small).

Arguments

• r_start_rj - Starting distance from Jupiter center (RJ)
• r_end_rj - Ending distance (RJ). Must be > r_start for outward.
• v_radial_km_s - Radial velocity component (km/s, positive = outward)
• shield_budget_krad - Total dose budget of the radiation shield (krad)

Trait Implementations

impl Clone for JupiterRadiationConfig

fn clone(&self) -> JupiterRadiationConfig

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for JupiterRadiationConfig

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.