Recent Optical and Photonic Technologies 2012 Part 5 potx
Recent Optical and Photonic Technologies 2012 Part 5 potx
... works, and which has a tunable range of 1 250 to 150 0 nm, 15 ns of
pulse duration and 0.88 mJ of pulse energy. An output of the source with dual wavelength
Recent Optical and Photonic Technologies ... was obtained with a
single-mode pump beam of 34 mJ/pulse and a seed beam of 50 mW. To prevent saturating
Recent Optical and Photonic Technologies
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3....
Recent Optical and Photonic Technologies 2012 Part 9 potx
... extension
Recent Optical and Photonic Technologies
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Hu, B. B.; Zhang, X C. & Auston, D. H. (1990). Free-space radiation from electro -optical
crystals. Appl. Phys. Lett., Vol. 56 , No. ... (April 20 05) 53 53 -53 62
Main, I. G. (1978). Vibrations and Waves in Physics, Cambridge University Press, ISBN 0 -52 1-
216621-1, Cambridge
Major, Zs.; Trushin, S. A.; Ahmad...
Recent Optical and Photonic Technologies 2012 Part 1 ppt
... Technical Editor: Teodora Smiljanic
Recent Optical and Photonic Technologies, Edited by Ki Young Kim
p. cm.
ISBN 978- 953 -7619-71-8
Recent Optical and Photonic Technologies
14
()=(0)Lm
φ
φπ
+
... the dielectric function Eq. (5) . This implies that
Recent Optical and Photonic Technologies
2
Vlasov et al., 20 05) , optical memories (Scheuer...
Recent Optical and Photonic Technologies 2012 Part 2 pot
... Holography and Photolithography,” IEEE
Photonics Tech. Lett. 19, 55 6 -55 8.
de Sterke, C. M. (1998). “Superstructure gratings in the tight-binding approximation,” Phys.
Rev. E 57 , 350 2- 350 9.
Dorado, ... Depine, R. A., and Miguez, H. (2007). “Effect of extinction on the high-energy
optical response of photonic crystals ,” Phys. Rev. B. 75, 241101.
Recent Optical and...
Recent Optical and Photonic Technologies 2012 Part 3 pptx
... (2002). Multidirectionally
distributed feedback photonic crystal lasers. Phys. Rev. B, Vol. 65, pp. 1 953 06-1-
1 953 06-8.
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Fig. 11. (a) CCD EL ... understanding of the relationship between the
resulting symmetries and the beam parameters.
Recent Optical and Photonic Technologies
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photonic structures to...
Recent Optical and Photonic Technologies 2012 Part 4 pdf
... coupling and cavity-quantum-dot interactions in a
fiber-coupled microdisk cavity. Physical Review A, Vol. 75, No. 2, 023814.
Recent Optical and Photonic Technologies
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α=90º, the widest bandgap ... structures. MIT
Photonic- Bands Package (Johnson & Joannopoulos, 20 05) was used to calculate the photonic
bandgap of the converted silicon structure. Fig. 5 (right) s...
Recent Optical and Photonic Technologies 2012 Part 6 doc
... wavenumbers ω/2πc, and the MnF
2
parameters used in the calculation are (Dumelow & Oliveros, 1997) ε =5. 5, M
S
=6.0×10
5
A/m,
Recent Optical and Photonic Technologies
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× 65 × 6 mm wafer. ... The method is
0123 456
0.01
0.1
1
10
THz-wave output energy [pJ/pulse]
Frequency [THz]
2.49 [deg.]
3.80 [deg.]
5. 03 [deg.]
Recent Optical and Photonic...
Recent Optical and Photonic Technologies 2012 Part 10 doc
...
Opt. Express, 15, 14, (JUL 2007), ( 855 0- 856 5), ISSN 1094-4087
Ellis, J. & Dogariu, A. (20 05) . Optical Polarimetry of Random Fields. Phys. Rev. Lett., 95,
(NOV 20 05) , (2039 05_ 1-4), ISSN 0031-9007 ... orders of the Mie-coefficients a
l
(electric) and b
l
(magnetic).
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field scattering process and two scattering...
Recent Optical and Photonic Technologies 2012 Part 14 pdf
... amplitude and phase of limit cycles on
the modulation frequency [amplitude] are presented in Fig. 5( a) and Fig. 5( b) [Fig. 5( c) and
Fig. 5( d)], respectively. In Figs. 5( a) and (b), h = 0.7 and 0.9. ... of
85
Rb atoms with g
g
= 1/3. The trap frequency can be derived from Eq. (14) as
Recent Optical and Photonic Technologies
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individual silicon nanow...
Recent Optical and Photonic Technologies 2012 Part 15 pptx
...
qualitatively from the simulation.
Recent Optical and Photonic Technologies
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Fig. 5. (a) Autocorrelation and cross-correlation functions. Autocorrelation and cross-
correlation functions ... average of the torque
exerted on the particle can then be expressed as
τ
=
γ
r × r ×Ω
(
)
=
γ
Ω r
2
(23)
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5....
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