Skip to content

Chromatic_Load-Out.md

Latest commit

 

History

History
106 lines (88 loc) · 3.62 KB

Chromatic_Load-Out.md

File metadata and controls

106 lines (88 loc) · 3.62 KB

SPEC 02: Chromatic Load-Out Protocols

Standard Code: LITH-UCE-PLO-01
Classification: Biological Chromatic Data
System Logic: CMYK-B (Cyan, Magenta, Yellow, Key-Black)

This protocol defines the biological pigment requirements and sequestration logic for the UCE™ system. A Load-Out consists of concentrated chromatic data adhered to the Neutral Chromatic Base (NCB), remaining chemically inert until the Thermal Phase-Change Trigger is reached.

1. Primary Chromatic Engines

To achieve standardized industrial color reproduction, the system utilizes four primary biological profiles.

1.1 Cyan Protocol (Azure)

  • Constituent: Ultra-Refined Phycocyanin.
  • Technical Requirement: Pigment must be sequestered within the Porous Polysaccharide Matrix to reduce protein denaturation above 60°C.
  • Performance: High-heat stability to 180°C for 12 minutes within the laminated scaffold.

1.2 Magenta Protocol (Crimson)

  • Constituents: Lycopene / Betalain Blend.
  • Technical Requirement: Requires Hydrophobic Lamination to reduce oxidation and browning during thermal processing.
  • Performance: Maintains red-to-purple hue integrity in high-moisture systems.

1.3 Yellow Protocol (Solar)

  • Constituent: 95% Purified Curcuminoids.
  • Technical Requirement: Lipid phase must function as a dry-state dispersant to prevent pigment clumping.
  • Performance: Rapid micellar dispersion upon activation.

1.4 Key-Black Protocol (Obsidion)

  • Constituent: High-C3G Anthocyanins.
  • Technical Requirement: Requires the Inorganic pH Governor defined in SPEC_01 to maintain stable deep-purple to black coloration in alkaline environments (pH > 7.0).
  • Performance: Zero-shift chromatic stability in volatile substrates.

2. Spectral Mixing Logic

Secondary and tertiary hues are achieved through dry-phase blending of the primary protocols prior to activation.

Target Hue CMYK-B Ratio (C:M:Y:K) Activation Path
Spectral Green 2 : 0 : 1 : 0 High-Shear Integration
Spectral Violet 1 : 2 : 0 : 0 Thermal Phase-Change
Spectral Orange 0 : 1 : 2 : 0 Thermal Phase-Change

3. Implementation Standards

3.1 Uniformity Metric

To satisfy the UCE™ Standard, blended load-outs must demonstrate Optical Homogeneity. Particle size must remain at D90 ≤ 5.0 µm. Failure to meet this threshold may result in chromatic streaking or visible particulate spotting.

3.2 Hardware Execution

  • Standard Implementation: Multi-pass mechanical blending and cryogenic sifting.
  • Optimized Implementation (Aer™): Reference engine utilizes Precision Kinetic Integration to homogenize disparate load-out particles into a singular dry-phase material for advanced embodiments such as clean-label foams and high-heat batters.
A=A. The data is the color. The protocol is the proof.