Datasets:

ClarusC64
/

fusion-msr-redox-chemistry-corrosion-coherence-baseline-mapping-v0.1

id stringclasses 10 values	reactor_type stringclasses 1 value	salt_system stringclasses 4 values	temperature_c int64 640 730	redox_potential_mv int64 -440 -290	fission_product_load_index float64 0.09 0.35	alloy_type stringclasses 2 values	measured_corrosion_rate_um_per_year int64 5 30	baseline_coherence_index float64 0.7 0.96	expected_corrosion_rate_band stringclasses 10 values	redox_stability_band stringclasses 3 values	chemistry_balance_state stringclasses 3 values	notes stringclasses 10 values	constraints stringclasses 1 value	gold_check stringclasses 1 value
MSR-001	MSR	LiF-BeF2-UF4	650	-420	0.12	Hastelloy-N	8	0.92	5-10um	stable	reduced	Nominal operation	under 320 words	coherence
MSR-002	MSR	LiF-BeF2-UF4	680	-390	0.18	Hastelloy-N	12	0.88	8-15um	stable	reduced	Slight FP increase	under 320 words	coherence
MSR-003	MSR	NaF-ZrF4-UF4	700	-350	0.25	Ni-alloy	18	0.81	15-25um	moderate	balanced	Higher temp load	under 320 words	coherence
MSR-004	MSR	LiF-BeF2-ThF4	640	-430	0.1	Hastelloy-N	6	0.95	4-8um	stable	reduced	Thorium cycle	under 320 words	coherence
MSR-005	MSR	NaF-KF-UF4	720	-300	0.3	Ni-alloy	25	0.74	20-35um	edge	oxidizing	High FP load	under 320 words	coherence
MSR-006	MSR	LiF-BeF2-UF4	660	-410	0.15	Hastelloy-N	9	0.91	6-12um	stable	reduced	Nominal drift	under 320 words	coherence
MSR-007	MSR	NaF-ZrF4-UF4	710	-330	0.28	Ni-alloy	22	0.79	18-28um	moderate	balanced	ZrF4 variant	under 320 words	coherence
MSR-008	MSR	LiF-BeF2-UF4	675	-405	0.14	Hastelloy-N	10	0.89	8-12um	stable	reduced	Slight oxidation	under 320 words	coherence
MSR-009	MSR	LiF-BeF2-ThF4	650	-440	0.09	Hastelloy-N	5	0.96	3-7um	stable	reduced	Low FP load	under 320 words	coherence
MSR-010	MSR	NaF-KF-UF4	730	-290	0.35	Ni-alloy	30	0.7	25-40um	edge	oxidizing	High temp stress	under 320 words	coherence

Dataset goal

Map the stable coherence relationship between molten-salt redox potential,
fission-product load, and structural alloy corrosion rate.

The dataset defines the baseline coherence basin for molten-salt reactor operation.
It allows models to recognize when chemistry and materials behavior remain in a
stable regime.

What this dataset tests

Whether a system can infer:

baseline_coherence_index
expected corrosion rate band
redox stability band
chemistry balance state

from reactor chemistry and materials signals.

Why it matters

Molten-salt systems fail when chemistry and corrosion decouple.
Failure is rarely triggered by a single threshold.
It emerges from gradual loss of coherence between:

redox control
fission product chemistry
alloy response

This dataset establishes the stable reference manifold used by later
drift-detection and failure-horizon datasets in the series.

Use case

Foundation layer of the MSR corrosion-coherence trinity:

Baseline mapping
Drift detection
Failure horizon routing

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