Enum: ReactorCoolantEnum
Primary coolant types used in nuclear reactors
URI: valuesets:ReactorCoolantEnum
Permissible Values
| Value | Title | Meaning | Description | Chemical Formula | Density | Melting Point | Neutron Absorption | Phase | Pressure | Temperature | Temperature Capability |
|---|---|---|---|---|---|---|---|---|---|---|---|
| LIGHT_WATER | Light Water (H2O) | Ordinary water as primary coolant | H2O | 1.0 g/cm³ | moderate | ||||||
| HEAVY_WATER | Heavy Water (D2O) | Deuterium oxide as primary coolant | D2O | 1.1 g/cm³ | low | ||||||
| CARBON_DIOXIDE | Carbon Dioxide | CO2 gas as primary coolant | CO2 | gas | high | ||||||
| HELIUM | Helium | Helium gas as primary coolant | He | very low | gas | very high | |||||
| LIQUID_SODIUM | Liquid Sodium | Molten sodium metal as coolant | Na | 98°C | low | liquid | |||||
| LIQUID_LEAD | Liquid Lead | Molten lead or lead-bismuth as coolant | Pb | 327°C | low | liquid | |||||
| MOLTEN_SALT | Molten Salt | Molten fluoride or chloride salts | variable | liquid | very high | ||||||
| SUPERCRITICAL_WATER | Supercritical Water | Water above critical point | H2O | >221 bar | >374°C |
Slots
| Name | Description |
|---|---|
| reactor_coolant | Primary coolant type used in reactor |
Identifier and Mapping Information
Schema Source
- from schema: https://w3id.org/linkml/valuesets
LinkML Source
name: ReactorCoolantEnum
instantiates:
- valuesets_meta:ValueSetEnumDefinition
description: Primary coolant types used in nuclear reactors
title: Reactor Coolant
from_schema: https://w3id.org/linkml/valuesets
contributors:
- orcid:0000-0002-6601-2165
- https://github.com/anthropics/claude-code
status: DRAFT
rank: 1000
permissible_values:
LIGHT_WATER:
text: LIGHT_WATER
description: Ordinary water as primary coolant
annotations:
chemical_formula:
tag: chemical_formula
value: H2O
density:
tag: density
value: 1.0 g/cm³
neutron_absorption:
tag: neutron_absorption
value: moderate
title: Light Water (H2O)
HEAVY_WATER:
text: HEAVY_WATER
description: Deuterium oxide as primary coolant
annotations:
chemical_formula:
tag: chemical_formula
value: D2O
density:
tag: density
value: 1.1 g/cm³
neutron_absorption:
tag: neutron_absorption
value: low
title: Heavy Water (D2O)
CARBON_DIOXIDE:
text: CARBON_DIOXIDE
description: CO2 gas as primary coolant
annotations:
chemical_formula:
tag: chemical_formula
value: CO2
phase:
tag: phase
value: gas
pressure:
tag: pressure
value: high
title: Carbon Dioxide
HELIUM:
text: HELIUM
description: Helium gas as primary coolant
annotations:
chemical_formula:
tag: chemical_formula
value: He
phase:
tag: phase
value: gas
neutron_absorption:
tag: neutron_absorption
value: very low
temperature_capability:
tag: temperature_capability
value: very high
title: Helium
LIQUID_SODIUM:
text: LIQUID_SODIUM
description: Molten sodium metal as coolant
annotations:
chemical_formula:
tag: chemical_formula
value: Na
phase:
tag: phase
value: liquid
melting_point:
tag: melting_point
value: 98°C
neutron_absorption:
tag: neutron_absorption
value: low
title: Liquid Sodium
LIQUID_LEAD:
text: LIQUID_LEAD
description: Molten lead or lead-bismuth as coolant
annotations:
chemical_formula:
tag: chemical_formula
value: Pb
phase:
tag: phase
value: liquid
melting_point:
tag: melting_point
value: 327°C
neutron_absorption:
tag: neutron_absorption
value: low
title: Liquid Lead
MOLTEN_SALT:
text: MOLTEN_SALT
description: Molten fluoride or chloride salts
annotations:
phase:
tag: phase
value: liquid
temperature_capability:
tag: temperature_capability
value: very high
neutron_absorption:
tag: neutron_absorption
value: variable
title: Molten Salt
SUPERCRITICAL_WATER:
text: SUPERCRITICAL_WATER
description: Water above critical point
annotations:
chemical_formula:
tag: chemical_formula
value: H2O
pressure:
tag: pressure
value: '>221 bar'
temperature:
tag: temperature
value: '>374°C'
title: Supercritical Water