NC
Nano-CALPHAD LabInteractive precomputed demonstration
local demo

4H POLYTYPES / SIZE-DEPENDENT THERMODYNAMICS

Load a signed model.
Explore the energy landscape.

A focused interactive demonstration of two precomputed nanothermodynamic models: metastable 4H gold and 4H silver nanowires.

Transparent demoConfigurations load local, precomputed parameters. This page does not execute Python, Pandat, Cursor, or a remote CALPHAD solver.
01

MODEL LOADER

Choose a preset or paste a signed configuration

Quick startLoad a verified local model without copying configuration text.
configuration.inputcanonical signed-content validation
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local_model.log

$ awaiting signed demonstration configuration

02

WHAT THE DEMO DOES

Exact configuration, real interaction, bounded interpretation

01

Canonical validation

Scientific keys and values must match one curated preset. Line-ending style, outer blank lines and trailing spaces are safely normalised.

02

Distinct datasets

Au uses an AIM-derived 4H-fcc offset. Ag reproduces the printed Yang-Li nanothermodynamic parameters.

03

Interactive projection

Temperature and characteristic size update the free-energy curve, crossover and phase-side interpretation.

04

Honest boundary

The loading sequence is a local interface state. It never claims that an external scientific engine was contacted.