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Collisional space-charge-limited current with monoenergetic velocity: From Child–Langmuir to Mott–Gurney
All theories coupling electron emission theories ultimately approach the space-charge-
limited current (SCLC) in vacuum, given by the Child–Langmuir (CL) law, for sufficiently high …
limited current (SCLC) in vacuum, given by the Child–Langmuir (CL) law, for sufficiently high …
A detour transition between thermal field emission and space charge limited regimes
Child–Langmuir law theoretically predicts the transition from thermionic electron emission to
space charge limited (SCL) current density across a diode gap. In this work, we reveal a …
space charge limited (SCL) current density across a diode gap. In this work, we reveal a …
Thermo-electric characteristics analysis of thermionic energy conversion in space nuclear reactors
H Zhao, C Wang, S Qiu, W Tian, G Su - Applied Thermal Engineering, 2025 - Elsevier
Among static energy conversion technologies, thermionic energy converters have emerged
as the preeminent choice for space nuclear reactor applications, distinguished by their high …
as the preeminent choice for space nuclear reactor applications, distinguished by their high …
The transition from field emission to collisional space-charge limited current with nonzero initial velocity
Multiple electron emission mechanisms often contribute in electron devices, motivating
theoretical studies characterizing the transitions between them. Previous studies unified …
theoretical studies characterizing the transitions between them. Previous studies unified …