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The pump structure greatly influences the characteristics of a diode side-pumped solid-state laser (DSPSSL).
Next, pump structure is explained.
Open image in new window Fig. 7 Pump structure.
Special electron beam welding methods were utilised for the pump structure.
Olsson and Stemme, as pioneers in innovation of pump structure, created the first combined valveless piezoelectric pump with cone-shaped tubes.
Fig. 34 and Fig. 35 show the pump structure and the structure of the unsymmetrical slope chamber bottom[46, 47, 48, 49, 50].
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These current sources are based upon single-electron pump structures.
(2) The functions of various types of cone-shaped tubes and pump structures have been analyzed, and future research directions of valveless piezoelectric pumps with cone-shaped tubes have been summarized and identified.
Furthermore, the function of each type of cone-shaped tubes and pump structures are analyzed, and new directions of potential expansion of valveless piezoelectric pumps with cone-shaped tubes are summarized and deduced.
The pump is composed of a moveable actuation platform and a gourd-shaped chamber, whose role is to behave as both a rectification and a pumping structure.
For electrical excitation, the current density needed to achieve the same pumping which is required for lasing in the optical pumped structure can be calculated by [19] J{text{th}} = frac{2ne}{{chi tau_{text{D}} }} (4 where n is number of excitons formed in the emission layer and e is the electron charge.
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