E. V. Stenson

Debye length and plasma skin depth: two length scales of interest in the creation and diagnosis of laboratory pair plasmas

In traditional electron/ion laboratory plasmas, the system size

Recent status of A Positron-Electron Experiment (APEX)

L

Manipulation of positron orbits in a dipole magnetic field with fluctuating electric fields

is much larger than both the plasma skin depth

Toward a compact levitated superconducting dipole for positron-electron plasma confinement

l_{s}

Positron-Induced Luminescence

and the Debye length

SIESTA: a new high-current ion source for angle-dependent sputter yield measurementsProgress on the development of superconducting coils as confinement devices for pair plasmas

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Limitations on positron confinement in a magnetic dipole trap

. In current and planned efforts to create electron/positron plasmas in the laboratory, this is not necessarily the case. A low-temperature, low-density system may have

Near-lossless positron injection into a dipole magnetic field

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High-efficiency injection of positrons into a magnetic dipole trap

; a high-density, thermally relativistic system may have

Compression of the radial positron profile in a magnetic dipole trap by rotating electric fields

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