CRYOPULSE CF-1.0 / SINGLE-CHANNEL COLD-FLOW EXPERIMENT

STATUS: DIGITAL DESIGN ONLY. PHYSICAL MEASUREMENTS: ZERO.

Read protocol.json before obtaining or building equipment. The STEP fluid
volume matches the full-span D-series domain. STEP declares millimetres;
coordinates are converted from the design's SI metres and checked separately.
The copper base/lid and adapters are design geometry for fabrication review.
Cold plates, seals, sensors and fasteners still require final selection.

First compare the SAME channel at 293.15 K and 273.15 K wall temperatures,
with 293.15 K inlet air and 60.2059158 Pa total-to-static pressure head.
Use dry air, actual wall probes, calibrated flow/pressure instruments,
a leak blank, warm-warm control and the frozen twelve-pair AB/BA schedule.
This low-pressure first test does not require cryogenic liquid.

DATA: create measurements.jsonl using measurement-schema.json and copy
run-metadata.template.json to run-metadata.json. Record actual calibrations,
as-built geometry and control records. Do not relabel synthetic data as measurements.

ANALYSIS: Python 3.12, numpy and scipy.
  python analyse.py measurements.jsonl run-metadata.json --output result.json
The empty file supplied in the kit returns NO_EVIDENCE. No measurements are
included. The analysis rejects incomplete schedules and unstable boundaries.
It cannot authenticate data supplied by an operator.

SCOPE: one channel, under its recorded conditions. A positive flow result
would not prove whole-car drag, braking, acceleration, net energy creation
or a compact 38-channel core. Measure blower, cooling, pump and heater power.

Designed by Genyra LLC / contact@genyra.com / https://cryopulse.org/
