ClassID:

200154

G21C5/16 - CPC Classification

Classification description:

Moderator or core structure; Selection of materials for use as moderator characterised by shape Shape of its constituent parts

Recent Application in this class:
#1
20260074082
2026-03-12

COMBINED COLD AND THERMAL NEUTRON MODERATOR

#2
20250022622
2025-01-16

Fission Reactor with Segmented Cladding Bodies Having Cladding Arms with Involute Curve Shape

#3
20240428960
2024-12-26

FUEL-MODERATOR INVERSION FOR SAFER NUCLEAR REACTORS

#4
20240404715
2024-12-05

FUEL ASSEMBLY AND NUCLEAR REACTOR CORE

#5
20240290509
2024-08-29

Customizable Thin Plate Fuel Form and Reactor Core Therefor

#6
20240266080
2024-08-08

INTERLOCKING FUEL ASSEMBLY STRUCTURE FOR CORE REACTIVITY CONTROL

#7
20240212871
2024-06-27

NUCLEAR REACTOR CORE WITH ROTATING FUEL MODULES AND RELATED SYSTEMS

#8
20240120117
2024-04-11

MOLTEN SALT FISSION REACTOR WITH INTEGRATED PRIMARY EXCHANGER AND ELECTROGENERATOR COMPRISING SUCH A REACTOR

#9
20220319724
2022-10-06

NUCLEAR REACTOR

#10
20220139576
2022-05-05

Fission reactor with segmented cladding bodies having cladding arms with involute curve shape

#11
20220084696
2022-03-17

Customizable thin plate fuel form and reactor core therefor

#12
20200185114
2020-06-11

Removing heat from a nuclear reactor by having molten fuel pass through plural heat exchangers before returning to core

#13
20200105424
2020-04-02

Molten salt reactor with molten moderator salt and redox-element

#14
20190108920
2019-04-11

Customizable thin plate fuel form and reactor core therefor

#15
20190096536
2019-03-28

PLATE TYPE NUCLEAR MICRO REACTOR

#16
20180019025
2018-01-18

Nuclear reactor configured to have molten fuel pass through plural heat exchangers before returning to core

#17
20120163526
2012-06-28

OPTIMIZED FUEL SUPPORTS AND METHODS OF CREATING REACTOR CORES WITH THE SAME