Template:RBMK Fuel

Infobox for RBMK fuel data

Template parameters[Edit template data]

This template prefers block formatting of parameters.

Parameter		Description	Type	Status
Title	title title1	Title of the infobox, usually same as the page name Default {{PAGENAME}} Example {{PAGENAME}} Auto value {{PAGENAME}}	String	required
Image	image image1	Image of the fuel icon Example rbmk_fuel_ueu.png	File	required
Image size	image_size	Custom image size. Default 256x256 Example 256x256	String	optional
Alt text	alt	Image alt text	String	optional
Caption	caption caption1	Caption of the image, optional. Example Fuel rod	String	optional
Fissile material	fissile fissile_material	The fissile component of the fuel blend. Suggested values U-233 U-235 Np-237 Pu-239 Pu-241 Am-241 Am-242m Sa-326 Ayreite Tasmanite Example U-235	String	required
Fertile material	fertile fertile_material	The fertile component of the fuel blend, if any. Suggested values Th-232 U-238 Pu-240 Example U-238	String	suggested
Nonreactive material	nonreactive non-fissile_material	Any non-reactive components of the blend, if any. Suggested values Zirconium Bismuth Example Zirconium	String	optional
Yield	yield	Fuel yield, most likely to be 100,000,000. Default 100,000,000 Example 100,000,000 Auto value 100,000,000	Number	required
Self-igniting?	self_igniting self-igniting	If the fuel emits neutrons on its own, without external influence. Default 0 Example 1	Boolean	optional
Splits with	splits_with	The type of neutron needed to cause fission in this fuel. Suggested values Slow neutrons Fast neutrons Any neutron Example Slow neutrons Auto value Slow neutrons	String	required
Splits into	splits_into	The type of neutron fission in this fuel produces. Suggested values Slow neutrons Fast neutrons All neutrons Default Fast neutrons Example Fast neutrons Auto value Fast neutrons	String	required
Flux function	burn_func flux_function	The flux function itself. Example <math>(1 - e^-x / 25) * 10</math> Auto value	Unbalanced wikitext	required
Flux function type	func_type	The type of function flux input uses Suggested values Passive Base 10 logarithm Euler Negative quadratic Sigmoid Square root Linear Quadratic Sine Logarithmic Default Base 10 logarithm Example Logarithmic Auto value Base 10 logarithm	String	required
Flux function danger	func_danger function_danger	The danger level of the function. Suggested values Safe Medium Dangerous Experimental Default Medium Example Medium Auto value Medium	String	required
Depletion function	deplete_func	The function determining reactivity over depletion. Suggested values Linear Raising slope Boosted slope Gentle slope Static Default Gentle slope Example Gentle slope Auto value Gentle slope	String	required
Xenon generation function	xenon_gen xenon_gen_function	The function generating Xenon poison Suggested values <math>x * 0.5</math> Default <math>x * 0.5</math> Example x * 0.5 Auto value <math>x * 0.5</math>	Unbalanced wikitext	required
Xenon burn function	xenon_burn xenon_burn_function	The function for burning off xenon poison. Suggested values <math>x^2 * 50</math> Default <math>x^2 * 50</math> Example <math>x^2 * 50</math> Auto value <math>x^2 * 50</math>	String	required
Heat per 100 flux	heat heat/tick_at_full_power	Heat generated at 100 flux, usually 1. Suggested values 1 Default 1 Example 1 Auto value 1	Number	required
Diffusion	diffusion	How quickly heat passes from the core of the rod to the skin. Suggested values 0.02 1/2 Default 0.02 1/2 Example 0.02 1/2 Auto value 0.02 1/2	String	required
Melting point	melting_point skin_melting_point	Melting point of the material, only relevant for the skin. Example 3350	Number	required
Starting radioactivity	radiation stock_rad/s	Radioactivity at construction. Example 7	Number	required

Composition
Statistics
Self-igniting?	No
Heat at 100 flux	0°C
Melting point	0°C
Starting radiation	None