{"classifications":[{"opaque_id":"E12S035","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Thermomechanical deformation directly actuates airflow control."},{"opaque_id":"E12S002","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Chemical adsorption and binding physically intercept contaminants."},{"opaque_id":"E12S058","substrate":"MEASUREMENT_INSTRUMENTATION","compliance":"GENUINE_ALLOWED","reason":"The temporary rig directly measures conserved mass and physically isolates sections."},{"opaque_id":"E12S069","substrate":"MEASUREMENT_INSTRUMENTATION","compliance":"GENUINE_ALLOWED","reason":"The passive interposer changes safe direct electrical measurement access."},{"opaque_id":"E12S007","substrate":"MEASUREMENT_INSTRUMENTATION","compliance":"GENUINE_ALLOWED","reason":"The capillary card is an experimental apparatus that directly exposes chemical compatibility outcomes."},{"opaque_id":"E12S017","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Charge decay, analog thresholding, and electrical refresh form a direct physical control loop."},{"opaque_id":"E12S022","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Molecular free-energy partitioning and interfacial anchoring are primary."},{"opaque_id":"E12S025","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Capsule material properties physically distribute hardener release and heat generation."},{"opaque_id":"E12S067","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Phase transitions and thermal paths passively select latent-heat capacity."},{"opaque_id":"E12S036","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Conserved beads and mechanical interlocks physically constrain fixture state transitions."},{"opaque_id":"E12S029","substrate":"MEASUREMENT_INSTRUMENTATION","compliance":"GENUINE_ALLOWED","reason":"A keyed mechanical gauge directly maps level to the correct physical volume indication."},{"opaque_id":"E12S031","substrate":"PHYSICAL_MATERIAL","compliance":"GENUINE_ALLOWED","reason":"Differential analog coupling directly changes material conductance states."}]}