Single Color System Concentration States and Surface Feature Logs in Volatile Liquids

Victoria Hilbrecht

Observations of volatile liquids show that even within the same color system, different liquid concentration states lead to noticeably different recorded surface features during flow and drying.

Surface view comparing volatile liquid formations across different concentration states

Boundary definition and internal mark patterns change depending on the concentration recorded:

  • Boundary definition: Some logs display continuous, sharp dark boundary lines, while others show soft, gradual transitions with less distinct edges.
  • Internal lines: Dense parallel lines cover large areas in some events, whereas other logs show loose, open marks that fade into surrounding areas.
Close-up of sharp dark boundary lines next to soft gradual color transitions
Dense parallel line marks preserved across a large section of the liquid surface

Coverage area and sediment marks also vary across logs:

  • Surface coverage: Some liquid pools spread across a wider surface and leave long movement paths, while others stay within a smaller, compact zone.
  • Dark sediment lines: Heavy sediment lines form prominent features on the final surface in certain logs, but remain subtle or isolated in others.
Wide liquid surface coverage displaying extended historical flow paths
Compact liquid area showing prominent dark sediment lines along the edge
Faint sediment marks remaining in isolated spots across the dried surface
Original untouched surface state preserving variations in line density and coverage

This note documents recorded surface features from original archived states and does not explain physical or chemical causes.

Related archive records:
https://vhacademy.art/pages/ink-behavior

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