Gouy-Chapman Debye length: κ^(−1) = 1/√I; κ^(−1)(4I)/κ^(−1)(I) = 1/2; κ^(−1)(9I)/κ^(−1)(I) = 1/3; κ^(−1)(I=1) = 1

Layer 2 — Chemistryin the electrocatalysis subtree

Debye-length evaluations: κ^(−1) = I^(−1/2) is the canonical I-dependent symbolic form (collapsing the prefactor); κ^(−1)(4I)/κ^(−1)(I) = 1/2 exactly (quadrupling I halves Debye length); κ^(−1)(9I)/κ^(−1)(I) = 1/3 exactly; κ^(−1)(I=1) = 1…

Related concepts

Gouy-Chapman diffuse-layer framework: κ^(−1) = sqrt(ε·ε₀·R·T/(2·F²·I)) (Debye length ∝ I^(−1/2))
Gauss's law (electric)

Explore Gouy-Chapman Debye length: κ^(−1) = 1/√I; κ^(−1)(4I)/κ^(−1)(I) = 1/2; κ^(−1)(9I)/κ^(−1)(I) = 1/3; κ^(−1)(I=1) = 1 on the interactive knowledge graph →