Grid Leak for Different configuration of Anode wires

Table 1:Standard TPC,V_Inner = 1170 V

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector				Ion Leak from upper part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 2:Standard TPC,V_Inner = 1100 V

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector				Ion Leak from upper part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 3:Standard TPC,V_Inner = 1100 V, shield inner strong back

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 4:iTPC 3 field wires with ø = 125 μm

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 5:iTPC 3 field wires with ø = 250 μm

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 6:iTPC 3 field wires with ø = 500 μm

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 7:iTPC 3 field wires with ø = 500 μm and the last field wire with ground potential

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 8:iTPC 3 field wires with ø = 500 μm and the T-shape electrode between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 9:iTPC 3 field wires with ø = 500 μm and the asymmetric T-shape electrode between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 10:iTPC 3 field wires with ø = 500 μm and the BIG shape electrode between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 11:iTPC 3 field wires with ø = 500 μm and the BIG shape electrode with potential -200 V between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 12:iTPC 3 field wires with ø = 125 μm and the shape electrode with potential -200 V (JT 09/15/15) between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 13:iTPC 3 field wires with ø = 125 μm and the shape electrode with potential -230 V (JT 09/17/15) between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 14:iTPC 3 field wires with ø = 125 μm and the shape electrode with potential -460 V (JT 09/17/15) between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 15:iTPC 3 field wires with ø = 125 μm and the shape electrode with potential -690 V (JT 09/17/15) between Inner and Outer sectors

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 16:iTPC 3 field wires with ø = 125 μm and the shape electrode with potential -690 V (JT 09/17/15) between Inner and Outer sectors, Zero potential on last field wire of inner sector

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector				Ion Leak from lower part of Inner Sector
Ion Feed Back	Ion flux	Cell	Potential	Ion Feed Back	Ion flux	Cell	Potential

Table 17:iTPC 3 field wires with ø = 125 μm(JT 092215 Proposal 2)

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 19:iTPC 3 field wires with ø = 125 μm(JT 092215 Proposal 2) with x2 in pseudo wire ø

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 18:iTPC 3 field wires with ø = 125 μm(JT 092215 Proposal 3)

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential

Table 20:iTPC 3 field wires with ø = 125 μm(JT 092215 Proposal 3) with x2 in pseudo wire ø

Ion Leak from region between upper part of Inner Sector and lower part of Outer Sector
Ion Feed Back	Ion flux	Cell	Potential