Figure 4.
![Figure 4. The calculated fraction of channels occupied by one, two, or three LFNs ([1], [2], and [3]) as a function of the fraction of channels unoccupied by LFN ([0]).](https://cdn.rupress.org/rup/content_public/journal/jgp/137/6/10.1085_jgp.201110627/5/jgp_201110627_lw_fig4.jpeg?Expires=1767748020&Signature=oIJfb4x9bQihGUwKb1PLylG9lmi-OxenVumWH-SECzwhYrBF8O4KADtDOXPTNrs~k-07GAD4Xkha3N7hoSCJOwMXwfv1OJpzrwm-8RZngxZWo8SrO7Y4UVXvMs~jkRhKPK8RyQm4TsqOAo1AWXnOm48L6HYX7wnIqh8ohXSB0Smuz3ypU2jK4wrziOkCc8XuAI0u0LXMD60hTNKQWio1lGeFlyvq2oI4wNuhJ4D4TdDvtB2ZgfzkzR7ubOY3xgcv81TcxkU9MkFEk9XA3xuSlqbW-Nl0UXpesMRL6MIjz9XQs8OsoPBlzxy5cn~FQm7ICvV0Zk8nuVpB9DB-nQLhlw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
The calculated fraction of channels occupied by one, two, or three LFNs ([1], [2], and [3]) as a function of the fraction of channels unoccupied by LFN ([0]).
The calculated fraction of channels occupied by one, two, or three LFNs ([1], [2], and [3]) as a function of the fraction of channels unoccupied by LFN ([0]).
