Step 1: GENERATE YOUR REQUEST

Your run results will be published online under your Run Registration Number (FirstName_LastName_MMDDYY_ModelType_RunNumber) e.g. John_Smith_032511_IT_1.

WORK OR SCHOOL EMAILhow to contact you

Enter a valid work or school email address

FIRST NAME (GIVEN)*your given name

Enter your given name

LAST NAME (FAMILY)*your family name

Enter your family name

RUN NUMBER* max of 10 runs per day

choose run number for today 12345678910 Unless you want to overwrite it

KEYWORD/S* helps to sort and search the results of simulations

Enter a keyword

Step 3: SELECT OUTPUT PRODUCTS

Global Dosimetric Quantities (selects all three) (?)

Dosimetric quantities (absorbed dose in silicon, absorbed dose in tissue, dose equivalent, ambient dose equivalent, and effective dose) are calculated on a 1 x 1 latitude/longitude grid and at 1-km increments in barometric altitude from 0-90 km.

The output quantities are provided at 1-hour time intervals from the user-input start and end dates. The products provide a global context and situational awareness of the atmospheric radiation environment.

The global atmospheric dosimetric output quantities also enable retrospective analysis and verification and validation of the real-time version of the NAIRAS model.

Sample Outputs:

 Global maps of different types of doses at different altitudes

 Dose quantities along some given flight paths

 Cutoff rigidity maps

Trajectory Dosimetric, Differential and Integral Flux and Fluence Quantities under Different Shielding (requires additional input parameters on the next page) (?)

Dosimetric quantities (absorbed dose in silicon, absorbed dose in tissue, dose equivalent, ambient dose equivalent, and effective dose) are explicitly calculated at the spatial and time coordinates of the user-input flight trajectory file.

These output products enable direct comparisons between model calculations and on-board dosimeter measurements, and the user can specify the effective shielding depths for which the dosimetric quantities are calculated.

The flight trajectory version of the NAIRAS model includes the radiation environment of the inner proton belt. Thus, the user-input trajectory file can be for an aircraft, high-altitude balloon, or LEO spaceflight trajectory.

The flux and fluence output products (differential and integral LET; differential and integral SEP and trapped proton spectra) are useful quantities for characterizing single-event effects (SEE).

The user can specify effective shielding depths for the flux and fluence quantities, separate from the shielding depths for the dosimetric quantities, in order the assess the radiation environment and SEE probabilities of individual onboard microelectronic components.

Sample Outputs:

Dosimetric Quantities

 Dosimetric quantities at each trajectory point

 Time-integrated dosimetric quantities

Integral Flux and Fluence Quantities

 GCR integral LET flux

 GCR integral LET fluence

 SEP integral LET flux

 SEP integral LET fluence

 Trapped integral particle flux

 Trapped integral particle fluence

 SEP integral proton flux

 SEP integral proton fluence

 Trapped integral LET flux

 Trapped integral LET fluence

Differential Flux and Fluence Quantities

 GCR differential LET flux

 GCR differential LET fluence

 SEP differential LET flux

 SEP differential LET fluence

 Trapped differential proton flux

 Trapped differential proton fluence

 SEP differential proton flux

 SEP differential proton fluence

 Trapped differential LET flux

 Trapped differential LET fluence

ONLY if you require a customized simulation setup not provided by the standard submission options. Unlike the standard runs that are automatically processed, special requests are reviewed and manually modified by the CCMC staff. Please note that special requests are reviewed and manually modified by the CCMC staff and are executed only if resources are available.

JUSTIFICATIONbrief description