Abstract
The reflection and transmission of a plane ion-acoustic soliton from a steep density gradient in front of a sheath have been investigated experimentally in an ion pulse beam system. An incident pulse tunnels through the space-charge sheath area without time delay and separates into three pulses at the plasma-sheath boundary. These pulses consist of a reflected and two transmitted pulses. One of them is a pulse of a fast ion-beam mode, while the others are ion-acoustic waves. The model for interpreting the phenomena is discussed.
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