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We measure electrical transport on networks of single wall nanotube ropes asa function of temperature T, voltage V and pressure up to 22GPa. We observeLuttinger liquid (LL) behavior, a conductance ~T^alpha and a dynamicconductance ~V^alpha. With pressure conductance increases while alphadecreases, enabling us to test the theoretical prediction for LL on the alphadependence of the T and V independent coefficient of the tunneling conductance,and to obtain the high frequency cut-off of LL modes. The possible transitionto a fermi liquid at alpha -> 0 is unattainable, as nanotubes collapse to aninsulating state at high pressures.Comment: 13 pages, 4 figure

Pressure Control of Conducting Channels in Single-Wall Carbon Nanotube Networks