Pulsed mercury capillary lamps for dye laser pumping: Spectral measurements
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OpenAlex topics: Laser Design and Applications · Photochemistry and Electron Transfer Studies · Semiconductor Lasers and Optical Devices
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References (7)
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1. P. Dal Pozzo, R. Polloni, O. Svelto: Appl. Phys.6 (1975)10.1007/BF00883652 ↗
2. F.E. Cartson, C.N. Clark: In:Applied Optics and Optical Engineering, ed. by R. Kingslake (Academic Press, New York 1965) Vol. 1, p. 52
3. It must be noted that this spectrum is not particularly accurate, since the width of the spectral lines is comparable to the resolving power of our monochromator
4. PEK Technical Bulletin CAP-11-A66
5. P.W.J.M. Boumans:Analytical Spectroscopy, Vol 1, part II (Marcel Dekker Inc. New York 1972) pp. 168–180
6. This is reasonable since the discharge time of the electrical energy of the capacitor (∼4μsec, see [1]) is much smaller than the emission time of the light pulse
7. We define as spectral efficiency the quantityΦ s =τ p ∫σ λ P λ dλ/σ p E el , whereσ λ is the absorption cross section of the material,σ p is its peak value andE el the total electrical energy discharged into the lamp. This is equal to the quantily Φ defined in [1] ifE el =τ p ∫P λ dλ i.e. if all electrical energy is transformed into radiant energy