Optics and Laser Technology 2004: Vol 36 Index

2004·1.8 MB·English

Optics & Laser
Technology
index to Volume 36 (2004)
No 1 (February) pp 1-85 No 5 (July) pp 345-429
No 2 (March) pp 87-171 No 6 (September) pp 431-516
No 3 (April) pp 173-258 No 7 (October) pp 517-601
No 4 (June) pp 259-344 No 8 (November) pp 603-679
Article Index
Number 1 pulsed CO, laser using multi-pulse for measurement of out-of-plane dis-
discharge control placement field
Investigation of surface radius variation in Y.-S. Lee, H.-J. Chung, J.-H. Joung, K.F. Wang and A.K. Tieu 117
design of a lens duct delivery system E.-J. Kim and H.-J. Kim 57 Passively Q-switched Nd:GdVO, laser
H. Golnabi 1 Measurement of wire diameter by optical with GaAs saturable absorber
Long-gauge length embedded fiber optic diffraction L. Pan, X. Hou, Y. Liand Y. Sun 121
ultrasonic sensor for large-scale con- S.A. Khodier 63 Preliminary studies of material surface
crete structures Experimental study of a high power and cleaning with a multi-pulse passively
L. Yuan, L. Zhou and W. Jin 11 high efficiency CW diode-side-pumped Q-switched Nd:YAG laser
Output parameters and a spectral study of Nd:YAG laser C. Fenic, R. Dabu, A. Stratan, C. Blanaru,
UV Cu” Ne-CuBr laser H. Wang, W. Huang, Z. Zhou and H. C. Ungureanu and C. Luculescu 125
N.K. Vuchkov, K.A. Temelkov, P.V. Cao 69 Temperature prediction for CO2 laser
Zahariev and N.V. Sabotinov 19 Generation of arbitrary waveforms with heating of moving glass rods
A non-mixing technique for enhancement electro-optic pulse-shapers for high W. Tian and W.K.S. Chiu 131
of the tuning range of Rhodamine 6G energy—multimode lasers Theoretical study on line source laser-
using Rhodamine B A. Jolly and Ph. Estraillier 75 induced surface acoustic waves in
R. Khare and S.R. Daulatabad 27 The measurement of propagation delay in two-layer structure in ablative regime
Diode-pumped passively Q-switched in- multimode optical fibre with pulse- Z.H. Shen, B.Q. Xu, X.W. Ni, J. Lu and
tracavity frequency doubled reflection-oscillation method S.Y. Zhang 139
Nd:GdV0O,/KTP green laser W.-C. Liu and M.-H. Lu 81 Effects of the polarizer parameters upon
J. Liu, J. Yang and J. He 31 Erratum to “NO, generation in laser- the performance of an optical current
Dispersive optical constants of a- produced plasma in air as a function sensor
of dissipated energy” [Optics & Laser Z.P. Wang, Q.B. Li, R.Y. Feng, HLL.
Se100 .Sb, films
E.-S.M. Farag 35 Technology 35 (2003) 543-546] Wang, Z.J. Huang and J.H. Shi 145
Differential FBG sensor for temperature- M. Rahman and V. Cooray 85 Modified pinhole spatial filter producing a
compensated high-pressure (or displa- clean flat-topped beam
cement) measurement Number 2 P. Hariharan and A. Narayanan 151
Y. Zhao, C. Yu and Y. Liao 39 Rayleigh and hyper-Rayleigh scatterings
Theory and experiment of spatially and Design and experimental characterisation in solution
temporally partially coherent speckle of a DC-excited CW/repetitively pulsed W.-X. Xu 155
shearing interferometry sealed off CO2 laser The measurement of refractive index
K.F. Wang and A.K. Tieu 43 N. Khan and N. Mariun 87 profile and aberration of radial gradient
A diode-pumped passively Q-switched Nd: The temperature profile in the molten index lens by using imaging method
GdVO, laser with a GaAs saturable layer of a thin-film coated on a sub- X. Sun, H. Ma, H. Ming, Z. Zheng, J.
absorption strate induced by irradiation with a Yang and J. Xie 163
L.J. Qin, X.L. Meng, Ch.L. Du, L. Zhu, pulsed laser Optimization of erbium-doped waveguide
B.Ch. Xu, H.Zh. Xu, F.Y. Jiang and S.E.-S. Abd El-Ghany 95 amplifier
Z.Sh. Shao 47 Sub-nanometric precision displacement C. Jiang and Q. Zeng 167
Propagation properties of three-dimen- sensing using low mass and rough
sional flattened Gaussian beams in surfaces as movable targets Number 3
uniaxially anisotropic crystals M. Virdee 107
B. LuandS.Luo 51 Volume-grating phase-shifting digital Giant piezooptics effect in the ZnO-Er**
Active long pulse shaping technique of speckle pattern interferometry used crystalline films deposited on the glasses
Index to Volume 36
J. Ebothe, W. Gruhn, A. Elhichou, 1.V. A diode-pumped linear intracavity fre- dielectric incident space
Kityk, R. Dounia and M. Addou_ 173 quency doubled Nd:YAG rod laser with J.-S. Ye, B.-Z. Dong and B.-Y. Gu 345
Temperature measurements using fiber 40 ns pulse width and 73W green Noninvasive determination of tissue opti-
optic polarization interferometer output power cal properties based on radiative trans-
S.M. Jeon and Y.P. Kim 181 S. Lee, Y. Gi Kim, B.H. Cha and Y.K. fer theory
Characterization of a dual wavelength Kim 265 F. Zhang, B. Chen, S. Zhao, S. Yang, R.
fibre laser based-on dumbbell config- Light propagation in the multi-mode dou- Chen and D. Song 353
uration ble-clad erbium: ytterbium co-doped Effect of y-radiation on the birefringence
F. Abdullah, B. Bouzid, M.A. Mahdi, fiber: theory and experiment of stretched polyethylene films
C.L. Cheah, M.Z. Jamaludin and M.K. G. Xia, J. Duan, S. Zhao and S. N.N. Nagib, S.A. Khodeir, A.A. Abd-El-
Abdullah 187 Dong 273 Megeed and H.A. Soliman 361
Real-time fingerprint identification straightness measurement system Multiplexed fiber optic sensors matrix
M.S. Alam, M. Akhteruzzaman and using a single-mode fiber-coupled la- demodulated by a white light inter-
A.K. Cherrri 191 ser module ferometric Mach-Zehnder interrogator
Optical investigation of cavitation erosion Q. Feng, B. Zhang and C. Kuang 279 L.-B. Yuan 365
by laser-induced bubble collapse Novel method for measurement of retar- Time-resolved imaging of latent finger-
X. Chen, R.Q. Xu, Z.H. Shen, J. Lu and dance of a quarter-wave plate prints with nanosecond resolution
X.W. Ni 197 Z.P. Wang, Q.B. Li, Q. Tan, Z.J. Huang L.K. Seah, U.S. Dinish, S.K. Ong, Z.X.
Adaptive station grouping: a highly effi- and J.H. Shi 285 Chao and V.M. Murukeshan 371
cient protocol for optical LANs Phase shifting SEM moiré method Enclosed laser ablation of 20 nm alumi-
G.I. Papadimitriou 205 H. Xie, H. Shang, F. Dai, B. Li and Y. nium films using a continuous wave
Novel optical film sensor design based on Xing 291 diode laser: |l—Theoretical heating
p-polarized reflectance Regimes of operation states in passively considerations and proposed mechan-
Z. Guand P. Liang 211 mode-locked fiber soliton ring laser isms
Mathematical modeling of two-photon Y.D. Gong, P. Shum, D.Y. Tang, C. Lu, R. Stewart and L. Li 377
thermal fields in laser-solid interaction X. Guo, V. Paulose, W.S. Man and H.Y. High-power Q-switched Nd:YAG laser
M. Oane and D. Apostol 219 Tam 299 mounted in a silicon microbench
Optical characterization of the silicon Noncollinear optical parametric amplifica- D. Evekull, J. Rydholm, S. Bjurshagen,
photodiodes for the establishment of tion in lithium triborate seeded by a cw L. Backlin, M. Kindlundh, L. Kjellberg,
national radiometric standards Ti:sapphire laser R. Koch and M. Olson 383
M. Durak and M.H. Aslan 223 H.-j. Liu, W. Zhao, G.-f. Chen, Y.-s. A structured light-based system for
TE CO2 infrared emission apparatus with Wang, L.-j. Yu, C. Ruan and X.-f. Li 309 human heads
a half cavity Matched correlation sequence analysis in X.-F. Wu, D. Li, J. Gang and Z.
M. Chen and Y. Li 229 temporal speckle pattern interferome- Zhou 387
Joint effect of dispersions of reflection- try Multi-objective optimisation of lidar para-
induced retardance and Verdet con- X. Li, K. Wang and B. Deng 315 meters for forest-fire detection on the
stant upon the sensitivity of an optical Measurement of decay time based on FFT basis of a genetic algorithm
current sensor W. Sun, J. Zhang, L. Yu, Y. Zhang, Y. A. Cordoba, R. Vilar, A. Lavrov, A.B.
Z.P. Wang, Q.B. Li, Y. Qi, Z.J. Huang Xiang, L. Yuan, T. Sun and K.T.V. Utkin and A. Fernandes 393
and J.H. Shi 233 Grattan 323 Beam alignment with the axis of a rotation
Determination of solid materials rigidity Reliable high-efficiency high-brightness stage for laser fabrication of microcir-
modulus by a new nondestructive laser diode bars at 940 nm cular structures
optical method H. Li, T. Truchan, D. Brown, R. Pryor, R. S.-J. Jeong, S.-K. Lee and S.-H.
N. Javahiraly, A. Chakari, L. Calegari Pandey, F. Reinhardt, J. Mott, G. Jeong 401
and P. Meyrueis 239 Treusch and S. Macomber 327 Dressing of resin-bonded superabra-
Low noise double pass L-band erbium- The measurement of the electrical field sive grinding wheels by means of
doped fiber amplifier distribution by external electro-optic acousto-optic Q-switched pulsed
S.W. Harun and H. Ahmad 245 measuring system with submicro- Nd:YAG laser
Analysis of speckle images to assess metre spatial resolution X.-Z. Xie, G.-Y. Chen and L.-J. Li 409
surface roughness H. Li, Z. Chen, G. Jia, X. Zhang and Y. Polarized light of 193 nm induced birefrin-
A.M. Hamed, H. El-Ghandoor, F. El- Li 331 gence reduction fiber gratings
Diasty and M. Saudy 249 Determination of piezoelectric coefficients W. Fan, Z.-q. Lin, B. Chen, Q.-q. Qiao,
1.55 um InGaAsP/InP tapered stripe super- of ferroelectric thin films using J.-l. Chen and X.-c. Li 421
luminescent diodes with potential op- GaAs:Cr adaptive interferometer Does the beam width affect the general-
tical sensor system applications V.V. Spirin, 1A. Sokolov and K. ized M? factor of hard-edged diffracted
J.-H. Kim, S.-k. An, S.-J. Lee, J.-c. Bae, No 337 beams?
Y.-K. Choi and T.-H. Hong 255 LaCaMnO3 thin film laser energy/power B. Lu and S. luo 425
meter
Number 4 P.-X. Zhang, C. Wang, G.Y. Zhang, L. Number 6
Yu, W.K. Lee and H.-U. Haberme-
jer 341
Non-minimum phase reconstruction from Laser-induced vibration during pulsed
amplitude data in fiber Bragg gratings laser forming
using an adaptive simulated annealing Number 5 H.-S. Hsieh and J. Lin 431
algorithm Imaging and correlation used for guided
C.Z. Shi, N. Zeng, M. Zhang, Y.B. Liao Interference effect of dual cylindrical mi- laser lithotripsy
and S.R. Lai 259 crolenses with the closed boundary in J. Kokaj and J. Mathews 441
Index to Volume 36
Efficient blue laser generation at 473 nm Second harmonic generation in In2O3- Number 8
by a BIBO crystal SiON films doped by Al and Sn
Q. Zheng and L. Zhao 449 .V. Kityk, B. Sahraoui and K.J. Plucins- Proton-exchanged optical waveguides
General representation of interference ki 529 fabricated by glutaric acid
contrast formed by arbitrarily polarized Surface roughness investigation of semi- W.J. Liao, X. Chen, F. Chen, Y. Chen, Y.
waves and its application in wave conductor wafers Xia and Y. Chen 603
design for holographic fabrication of C.J. Tay, S.H. Wang, C. Quan, B.L. Ng A global design of an erbium-doped fiber
photonic crystals and K.C. Chan 535 and an erbium-doped fiber amplifier
L.Z. Cai, X.L. Yang and Q. Liu 453 Nonvolatile photorefractive holographic C. Cheng 607
Changing photo-written Bragg wave- recording in Sc:Ce:Cu:LiNbO3 A simple method for clock recovery
lengths of fiber gratings via one phase F.R. Ling, B. Wang, T. Geng, S.Q. Fang, T. Wang, C. Lou, L. Huo, Z. Wang and
mask and four mirrors W. Yuan, D.D. Teng and C.X. Y. Gao 613
C. Li, Y. Lu, S. Wu, Q.-t. Su and C.-w. Guan 541 Measurement of apex angle of the prism
Huang 459 Holographic optics-based interfero- using total internal reflection
Energy transfer and excited state lifetime meter for real-time testing of phase A.M. Ghodgaonkar and R.D. Te-
of some anthracene laser dyes objects wari 617
R. Ghazy, S.A. Zim, M. Shaheen and A.K. Aggarwal, S.K. Kaura, D.P. Design of photonic band gap structures
F. El-Mekawey 463 Chhachhia and A.K. Sharma 545 through a dual-beam multiple expo-
Surface profile measurement of low- Measurement of a broad range of sure technique
frequency vibrating objects using tem- Gaussian laser beam _ diameters R.C. Gauthier and K.W. Mnaymneh_ 625
poral analysis of fringe pattern using various periodic and aperiodic Numerical modeling and theoretical ana-
C.J. Tay, C. Quan, Y. Fu, L.J. Chen and rulings lysis of femtosecond laser tweezers
H.M. Shang 471 H.A. Kamal and A.K. Cherri 551 Q. Xing, F. Mao, L. Chai and Q.
In-time motion adjustment in laser clad- Wideband tunable linear-cavity fiber laser Wang 635
ding manufacturing process for im- source using strain-induced chirped Optical evaluation of ingot fixity in semi-
proving dimensional accuracy and fiber Bragg grating conductor wafer slicing
surface finish of the formed part J. Yang, S.C. Tjin and N.Q. Ngo 561 T.W. Ng and R. Nallathamby 641
J. Liu and L. Li 477 A widely tunable hybrid brillouin-erbium Power scaling of printed-circuit-board
2.23.W diode-pumped Nd: YVO,/LBO fiber laser (BEFL) system preionized TEA CO, laser up to 3.6 kW
Laser at 671 nm M.K. Abdullah, S. Shaharudin, M.A. C. Wan, S. Liu, R. Tan, J. Wu, J. Zhou,
Q. Zheng, J.-y. Wang andL. Zhao 485 Mahdi and R. Endut 567 Y. Lv, Y. Yu and H. Yang 647
Propagation properties of vectorial ellip- Data-dependent system approach for High-sensitivity piezoelectric tube sensor
tical Gaussian beams beyond the para- strain measurement in interferometric for shear-force detection in scanning
xial approximation fiber optic sensor near-field optical microscopy
K. Duan and B. Lu’ 489 S.K. Ghorai and S. Narayan 571 K. Lindfors, M. Kapulainen, P. Ryytty
The structure of multi-electrode-pair Optical losses in dielectric apertured ter- and M. Kaivola 651
pulse laser and discharge pulse time ahertz VCSEL Fabrication techniques for Polymer/Si op-
selection Y.H. Yu, S.C. Lee, D.C. Kim, C. Zhang tical waveguide
X.-Y. Li, Q. Cao and H.-L. Wang 497 and P. Harrison 575 Y. Zhao, D.M. Zhang, F. Wang, Z.C. Cui,
Spectral changes of diffracted polychro- Continuous-wave high-power Nd: M.B. Yi, C.S. Ma, W.B. Guo and S.Y.
matic Gaussian beams in the far field YAG — KNbO3 laser at 473 nm Liu 657
L. Panand B. Lu 501 N. Pavel, |. Shoji and T. Taira 581 Laser diagnostics of nanoscale dielectric
Determination of the refractive index of Effect of dispersion of linear birefringence films on transparent substrate by in-
fibres using the modified area method: upon the sensitivity of an optical tegrating differential reflectivity and
|. Homogeneous fibres current sensor ellipsometry
T.Z.N. Sokkar and M.A. El-Bakary 507 Z.P. Wang, Q.B. Li, Y. Qi, Z.J. Huang P. Adamson 661
Book reviews 515 and J.H. Shi 587 Electrical pumping of a third-order mode
new method for measuring electro- semiconductor laser
Number 7 optical coefficients of the optically N.G. Semaltianos, A. De Rossi, B.
active crystals Vinter, V. Berger, M. Calligaro and V.
Pulse linewidth and lifetime broadening X. Yin, J. Wang, H.-j. Zhang, S.j. Zhang Ortiz 669
study of multi-pulse pumped distribu- and h.-k. Kong 591 The role of surface absorption coefficient
ted feedback dye lasers Efficient intensity modulation due to sur- in the thermal field of the laser-thin
N. Khan and T.A. Hall 517 face acoustic waves on windows of the film interaction
Numerical calculations of temperature AlGaN/InGaN multiple quantum well M. Oane, |. Morjan and R. Media-
distribution of double layer metallic laser nu 677
surface treated by laser beams S.M. Abrarov, T.W. Kang and T.W. Index to Volume 36 (2004) |
M. Soukieh, B.A. Ghani and M. Ham- Kim 595 Author Index IV
madi 523 Book review 601 Keyword Index VI
IV Index to Volume 36
Author Index
Abd El-Ghany, S.E.-S., 95 Duan, J., 273 Joung, J.-H., 57
Abd-El-Megeed, A.A., 361 Duan, K., 489
Abdul Ghani, B., 523 Durak, M., 223 Kaivola, M., 651
Abdullah, F., 187 Kamal, H.A., 551
Abdullah, M.K., 187, 567 Ebothe, J., 173 Kang, T.W., 595
Abrarov, S.M., 595 El-Bakary, M.A., 507 Kapadia, P., 515, 516
Adamson, P., 661 El-Diasty, F., 249 Kapulainen, M., 651
Addou, M., 173 El-Ghandoor, H., 249 Kaura, S.K., 545
Aggarwal, A.K., 545 Elhichou, A., 173 Khan, N., 87, 517
Ahmad, H., 245 El-Mekawey, F., 463 Khare, R., 27
Akhteruzzaman, M., 191 Endut, R., 567 Khodeir, S.A., 361
Alam, M.S., 191 Estraillier, Ph., 75 Khodier, S.A., 63
An, S.-k., 255 Evekull, D., 383 Kim, D.C., 575
Apostol, D., 219 Kim, E.-J., 57
Aslan, M.H., 223 Fan, W., 421 Kim, H.-J., 57
Fang, S.Q., 541 Kim, J.-H., 255
Backlin, L., 383 Farag, E.-S.M., 35 Kim, T.W., 595
Bae, J.-c., 255 Feng, Q., 279 Kim, Y.K., 265
Berger, V., 669 Feng, R.Y., 145 Kim, Y.P., 181
Bjurshagen, S., 383 Fenic, C., 125 Kindlundh, M., 383
Blanaru, C., 125 Fernandes, A., 393 Kityk, I.V., 173, 529
Bouzid, B., 187 Fu, Y., 471 Kjellberg, L., 383
Brown, D., 327 Koch, R., 383
Gang, J., 387 Kokaj, J., 441
Cai, L.Z., 453 Gao, Y., 613 Kong, h.-k., 591
Calegari, L., 239 Gauthier, R.C., 625 Kuang, C., 279
Calligaro, M., 669 Geng, T., 541
Cao, H., 69 Ghazy, R., 463 Lai, S.R., 259
Cao, Q., 497 Ghodgaonkar, A.M., 617 Lavrov, A., 393
Cha, B.H., 265 Ghorai, S.K., 571 Lee, S., 265
Chai, L., 635 Gi Kim, Y., 265 Lee, S.C., 575
Chakari, A., 239 Golnabi, H., 1 Lee, S.-J., 255
Chan, K.C., 535 Gong, Y.D., 299 Lee, S.-K., 401
Chao, Z.X., 371 Grattan, K.T.V., 323, 515 Lee, W.K., 341
Cheah, C.L., 187 Gruhn, W., 173 Lee, Y.-S., 57
Chen, B., 353, 421 Gu, B.-Y., 345 Li, B., 291
Chen, F., 603 Gu, Z., 211 Li, C., 459
Chen, G.-f., 309 Guan, C.X., 541 Li, D., 387
Chen, G.-Y., 409 Guo, W.B., 657 Li, H., 327, 331
Chen, J.-l., 421 Guo, X., 299 Li i, SIT; 477
Chen, L.J., 471 Li, L.-J., 409
Chen, M., 229 Habermeier, H.-U., 341 Li, O.B., 145, 233, 285, 587
Chen, R., 353 Hall, T.A., 517 Li; 210
Chen, X., 197, 603 Hamed, A.M., 249 Li, X.-c., 421
Chen, Y., 603, 603 Hammadi, M., 523 Li, X.-f., 309
Chen, Z., 331 Hariharan, P., 151 Li, X.-Y., 497
Cheng, C., 607 Harrison, P., 575 Li. ¥.,: 121,228, 331
Cherri, A.K., 551 Harun, S.W., 245 Liang, P., 211
Cherrri, A.K., 191 He, J., 31 Liao, W.J., 603
Chhachhia, D.P., 545 Hong, T.-H., 255 Liao, Y., 39
Chiu, W.K.S., 131 Hou, X., 121 Liao, Y.B., 259
Choi, Y.-K., 255 Hsieh, H.-S., 431 Lin, J., 431
Chung, H.-J., 57 Huang, C.-w., 459 Lin, Z.-q., 421
Cooray, V., 85 Huang, W., 69 Lindfors, K., 651
Cordoba, A., 393 Huang, Z.J., 145, 233, 285, 587 Ling, F.R., 541
Cui, Z.C., 657 Huo, L., 613 Liu, H.-j., 309
Liu, J., 31, 477
Dabu, R., 125 Jamaludin, M.Z., 187 Liu, Q., 453
Dai, F., 291 Javahiraly, N., 239 Liu, S., 647
Daulatabad, S.R., 27 Jeon, S.M., 181 Liu, S.Y., 657
De Rossi, A., 669 Jeong, S.-H., 401 Liu, W.-C., 81
Deng, B., 315 Jeong, S.-J., 401 Lou, C., 613
Dinish, U.S., 371 Jia, G., 331 Li, 51, B., 425, 489, 501
Dong, B.-Z., 345 Jiang, C., 167 Lu, C., 299
Dong, S., 273 Jiang, F.Y., 47 Lu, J., 139, 197
Dounia, R., 173 Jin, W., 11 Lu, M.-H., 81
Du, Ch.L., 47 Jolly, A., 75 Lu, Y., 459
Index to Volume 36
Luculescu, C., 125 Shaheen, M., 463 Wang, Z.P., 145, 233, 285, 587
Luo, S., 51, 425 Shang, H., 291 Wu, J., 647
Lv, Y., 647 Shang, H.M., 471 Wu, S., 459
Shao, Z.Sh. 47 Wu, X.-F., 387
Ma, C.S., 657 Sharma, A.K., 545
Ma, H., 163 Shen, Z.H., 139, 197 Xia, G., 273
Macomber, S., 327 Shi, C.Z., 259 Xia, Y., 603
Mahdi, M.A., 187, 567 Shi, J.H., 145, 233, 285, 587 Xiang, Y., 323
Man, W.S., 299 Shoji, |., 581 Xie, H., 291
Mao, F., 635 Shum, P., 299 Xie, J., 163
Mariun, N., 87 Sokkar, T.Z.N., 507 Xie, X.-Z., 409
Mathews, J., 441 Sokolov, |.A., 337 Xing, Q., 635
Medianu, R., 677 Soliman, H.A., 361 Xing, Y., 291
Meng, X.L., 47 Song, D., 353 Xu, B.Ch., 47
Meyrueis, P., 239 Soukieh, M., 523 Xu, B.Q., 139
Ming, H., 163 Spirin, V.V., 337 Xu, H.Zh., 47
Mnaymneh, K.W., 625 Stewart, R., 377 Xu, R.Q., 197
Morjan, I., 677 Stratan, A., 125 Xu, W.-X., 155
Mott, J., 327 Su, Q.-t., 459
Murukeshan, V.M., 371 Sun, T., 323 Yang, H., 647
Sun, W., 323
Yang, J., 31, 163, 561
Sun, X., 163
Nagib, N.N., 361 Yang, S., 353
Sun, Y., 121
Nallathamby, R., 641 Yang, X.L., 453
Narayan, S., 571 Ye, J.-S., 345
Narayanan, A., 151 Taira, T., 581 Yi, M.B., 657
Ng, B.L., 535 Tam, H.Y., 299 Yin, X., 591
Ng, T.W., 641 Tan, Q., 285 ¥u; C. 3
Ngo, N.Q., 561 Tan, R., 647 Yu, L., 323, 341
Ni, X.W., 139, 197 Tang, D.Y., 299 Yu, L.-j., 309
No, K., 337 Tay, C.J., 471, 535 Yu, Y., 647
Temelkov, K.A., 19
Yu, Y.H., 575
Teng, D.D., 541
Oane, M., 219, 677 Yuan, L., 11, 323
Tewari, R.D., 617
Olson, M., 383 Yuan, L.-B., 365
Tian, W., 131
Ong, S.K., 371 Yuan, W., 541
Tieu, A.K., 43, 117
Opower, H., 601
Tjin, S.C., 561
Ortiz, V., 669 Treusch, G., 327 Zahariev, P.V., 19
Truchan, T., 327 Zeng, N., 259
Pan, L., 121, 501 Zeng, Q., 167
Pandey, R., 327 Ungureanu, C., 125 Zhang, B., 279
Papadimitriou, G.|., 205 Utkin, A.B., 393 Zhang, C., 575
Paulose, V., 299 Zhang, D.M., 657
Pavel, N., 581 Vilar, R., 393 Zhang, F., 353
Plucinski, K.J., 529 Vinter, B., 669 Zhang, G.Y., 341
Pryor, R., 327 Virdee, M., 107 Zhang, H., 591
Vuchkov, N.K., 19 Zhang, J., 323
Qi, Y., 233, 587 Zhang, M., 259
Qiao, Q.-q., 421 Wan, C., 647 Zhang, P.-X., 341
Qin, L.J., 47 Wang, B., 541 Zhang, S.j., 591
Quan, C., 471, 535 Wang, C., 341 Zhang, S.Y., 139
Wang, F., 657 Zhang, X., 331
Rahman, M., 85 Wang, H., 69 Zhang, Y., 323
Reinhardt, F., 327 Wang, H.L., 145 Zhao, L., 449, 485
Ruan, C., 309 Wang, H.-L., 497 Zhao, S., 273, 353
Rydholm, J., 383 Wang, J., 591 Zhao, W., 309
Ryytty, P., 651 Wang, J.-y., 485 Zhao, Y., 39, 657
Wang, K., 315 Zheng, Q., 449, 485
Sabotinov, N.V., 19 Wang, K.F., 43, 117 Zheng, Z., 163
Sahraoui, B., 529 Wang, Q., 635 Zhou, J., 647
Saudy, M., 249 Wang, S.H., 535 Zhou, L., 11
Seah, L.K., 371 Wang, T., 613 Zhou, Z., 69, 387
Semaltianos, N.G., 669 Wang, Y.-s., 309 Zhu, L., 47
Shaharudin, S., 567 Wang, Z., 613 Zim, S.A., 463
Vi Index to Volume 36
Keyword Index
193 nm UV light, 421 Dispersion, 233, 587
Displacement, 39 Half cavity, 229
3R regeneration, 613 Displacement derivative, 43 Hard-edged diffracted beam, 425
Displacement sensing, 107 Harmonic vibration, 315
Aberration, 163 Divergence angle, 489 Heat equation, 677
Ablation, 377 Double pass EDFA, 245 High efficiency, 69
Ablation rate, 125 Double-clad fiber, 273 High-speed imaging, 471
Absorption loss, 657 Dual wavelength, 187 Holographic grating, 291
Acousto-optic Q-switched, 409 Dual-beam multiple exposure, 625 Holographic recording, 541
Adaptive photodetectors, 337 Dual-microlens-interference system, 345 Holography, 545
Adaptive simulated annealing, 259 DWDM sources, 567 Human heads, 387
Adaptive station grouping, 205 Dynamic response, 471 Hyper-Rayleigh scattering, 155
Aluminium, 377
Amorphous, 35 Elastooptics, 173 llI-V Semiconductors, 327
Anisotropy, 51 Electro-optic coefficient, 591 Image processing, 387
Antireflection coating, 595 Electro-optic measurement, 331 Imaging, 163, 441
Area method, 507 Electro-optical pulse shaping, 75 Ingot fixity, 641
ASE, 273 Ellipsometry, 661 Intensity modulation, 595
Atomic force microscope (AFM), 535 Elliptical waves, 453 Interference, 453
Enclosed, 377 Interferometer, 181
Bandwidth, 459, 607 Energy transfer, 463 Interferometry, 545
Beam characteristics, 669 Erbium-doped fiber, 607 In-time motion adjustment, 477
Beam width, 425, 489 Erbium-doped fiber amplifier, 607 Intracavity frequency-doubling, 581
Beamexpansion, 151 Erbium-doped fibre amplifier, 245 IR optical materials, 219
BIBO, 449 Erbium-doped glass, 167 Irradiance distribution, 489
Birefringence, 361, 421 Eye-safe lidar, 393 lsosceles triangle cantilever, 39
Blue laser, 449
Blue light, 581
Bragg grating, 517 Far field, 501 Joint transformcorrelator, 191
Bragg wavelength, 459 Faraday effect, 145, 233, 587 Jones matrix, 285
Brillouin-erbium fiber lasers, 567 Fast Fourier transform (FFT), 323
Fiber, 181
Bursty traffic, 205 Fiber Bragg grating, 39, 259, 459, 561 La3Gas5Nbo5014 (LGN), 591
Fiber grating, 421 La3Gas.5Tags5Sii4 (LGT), 591
CCiarvciutlaatri ons trbuuctbubrlee,, 410917 Fiber laser, 561 LL-ab3aGnads,S iO2445, (LGS), 591
Clock recovery, 613 Fiber optic Fizeau interferometer, 11 LaCaMnOs, 341
Fiber optic interferometric sensor, 571
CO, laser, 87, 229 Laser beam alignment, 401
COz laser heating, 131 Fiber-optic sensors, 11, 145, 365 Laser beams, 151, 523
Coherence area, 43 Fibre break locator, 81 Laser characterization, 651
Copper bromine laser, 19 Fibre group delay measurement, 81 Laser cladding, 477
Correlation, 441 Fibre laser, 187 Laser diodes, 595, 669
Coupled resonator, 27 Fibre length measurement, 81 Laser dressing, 409
Fingerprint, 191
CW laser, 87 Laser dyes, 463
Cylindrical microlens, 345 Finite volume method, 131 Laser microfabrication, 401
Flattened Gaussian beam (FGB), 51
Laser pulse shape, 57
Data-dependent system, 571 Fluorescence lifetime, 371 Laser tweezers, 635
Decay time, 323 Fluorescence temperature sensor, 323 Laser-induced vibration, 431
Defect, 477 Force sensor, 197 Lasers, 139, 377, 463, 575
Deformation measurement, 315 Forest fire detection, 393 Lasers diode-pumped, 383
Design of specific laser systems, 669 Fourier transform, 551 Latent fingerprints, 371
DFDL, 517 F-P filter, 613 LBO, 485
Frequency conversion, 485
Diameter measurement, 63 Lens duct, 1
Dielectric incident space, 345 Fringe contrast, 453 Lifetime, 463
Fringe projection, 471
Differential measurement, 39 Light propagation, 273
Differential reflectivity, 661 Fusion of correlation signals, 441 Light scattering, 535
Diffraction, 575 Linear birefringence, 587
Diffraction by the aperture, 501 y-radiation, 361 Linear cavity, 187
Digital speckle pattern interferometry, GaAs, 47, 121 Liquid-jet impact, 197
117 Gain, 607 Lithium niobate, 603
Dimensional accuracy, 477 Gain bandwidth, 309 LIV, 341
Diode, 377 Gaussian beam, 551 Low mass targets and suitable in hostile
Diode laser, 1 Generalized M? factor, 425 environments, 107
Diode pumping, 581 Genetic algorithm, 393
Diode-pumped, 31, 47, 449 Glass, 131 Mach-Zehnder interferometer, 365
Diode-side-pumped, 69 Glutaric acid, 603 Matched correlation, 315
Discharge pulse time, 497 Green laser, 31 Mediumaccess control protocols, 205
Discrete Fourier transform (DFT), 323 GRIN, 163 MEMS, 291
Index to Volume 36
Metal vapour laser, 19 Polymer, 163, 377 Speckle shearing interferometry, 43
Metallic surface, 523 Polymer optical waveguide, 657 Spectral changes, 501
Micro-strip lines, 75 Polypropylene fibres, 507 Spectral responsivity, 223
Microstructure fabrication, 383, 453 Power meter, 341 Spectral switch, 501
Mirror, 459 Power scaling, 647 Spectral width and lifetime broadening, 517
Multi-electrode pair, 497 Power supply, 57 Sputtering aluminum, 657
Multiple-beam Fizeazu fringes, 507 p-Polarized reflectance, 211 Straightness measurement, 279
Multiplexing technique, 365 Pressure measurement, 39 Strain, 291, 561
Multi-pulse passively Q-switched laser, 125 Printed-circuit-board preionizer, 647 Structured light, 387
Multi-pulse superposition, 57 Profile intensity, and power, 669 Sub-nanometric resolutions, 107
Multiwavelength sources, 567 Propagation, 51 Superabrasive grinding wheels, 409
Proton exchange, 603 Surface absorption, 677
Nanometric precision, 107 Pulse forming network (PFN), 57 Surface acoustic waves, 595
Nanoscale films, 661 Pulsed COz laser, 57 Surface cleaning, 125
Nd:GdVOug, 31, 47, 121 Pulsed laser forming, 431 Surface curvature, 1
Nd:YAG laser, 69, 265, 581 PZT thin films, 337 Surface finish, 477
Near-field pattern, 657 Surface roughness, 43, 249, 535
Noise figure improvement, 245 Q-switched, 383 Synthetic discriminant, 191
Noncollinear optical parametric amplifica- Quadrant photodiode detector, 279
tion, 309 Quantum well lasers, 327 Tapered stripe, 255
Non-contact measurement, 535 TE, 229
Non-contacting, 107 Radiative diffusion approximation, 131 TEA COz> laser, 497
Nonlinear optics, 155 Radiative transfer, 353 Temperature, 181
Nonlinear waveguides, 669 Ray tracing, 1 Temperature distribution, 523
Non-optical shear-force detection, 651 Rayleigh scattering, 155 Temperature grating, 517
Non-paraxial vectorial elliptical beam, 489 Reactive ion etching, 657 Temperature profiles, 219
Red laser, 485 Temperature-compensated measurement,
Optical activity, 591 Reflected radiances, 353 39
Optical beam deflection, 197 Reflection-induced retardance, 233 Template structures, 625
Optical communication, 245 Refraction, 507 Temporal phase analysis, 471
Optical current sensois, 145, 233, 587 Refractive index, 163 Temporal speckle pattern interferometry,
Optical deflection, 641 Refractive indices, 507 315
Optical diagnostics, 661 Repetitively pulsed laser, 87 Terahertz laser, 575
Optical diffraction, 63 Retardance, 285, 361 Thin film, 35, 677
Optical fiber lasers, 299 Retarder, 181 Thin films SiON, 529
Optical fiber solitons, 299 Rhodamine 6G, 27 Time correlated single photon counting
Optical Imsensor, 211 Rhodamine B, 27 (TCSPC), 371
Optical metrology, 641 Rigidity modulus, 239 Time-resolved method, 371
Optical parameter, 211 Rotating spark gap, 647 Tissue optical properties, 353
Optical property, 35 Rotation axis, 401 Total integrated scattering (TIS), 535
Optical pulse generation and pulse com- Rough and retro-reflecting surfaces, 107 Transmittance, 551
pression, 299 Ruling, 551 Trap detectors, 223
Optical pumping, 1 Truncation parameter, 425
Optical sensor, 255 SAW, 139 Tuning, 561
Optical testing instruments, 545 Scanning near-field optical microscopy, 651 Two-beam interference, 507
Optical trapping, 635 Sc:Ce:Cu:LiNbO3 crystal, 541 Two-layer structure, 139
Optical triangulation techniques, 387 Sei00 pe 35 Two-photon absorption, 219
Optimization, 607 Sealed o laser, 87 Two-photon fixed method, 541
Out-of-plane displacement, 117 Second harmonic generation, 265, 529 Two-rod resonator, 265
SEM scanning moiré method, 291
Parameter optimization, 167 Semiconductor laser arrays, 327 Ultrafast pulse, 635
Parametric bandwidth, 309 Semiconductor lasers, 575, 669 Ultrasonic, 11
Passively Q-switched, 31, 47, 121 Sensor, 181 Uncertainty analyses, 63
Phase extraction, 571 Sensors matrix, 365 Uniaxial crystal, 51
Phase mask, 459 Shadowgraph, 441 Uniformillumination, 151
Phase quadrature, 107 Shape from silhouette, 387 UV copper ion laser, 19
Phase reconstruction, 259 Signal to noise ratio of binary images, 249
Phase shifting, 117, 315 Silicon photodiodes, 223 Vectorial Rayleigh diffraction integral,
Phase shifting technique, 291 Simulation, 323 489
Photo-conductors, 75 Single-mode fiber-coupled laser module, Volume grating, 117
Photonic band gaps, 625 279
Photonic crystals, 453 SLD, 255 Wafer slicing, 641
Piezoelectric coefficient, 337 Solid immersion lens, 331 Wave plate, 285
Piezooptics, Photoinduced effects, 173 spatial pattern formation, 669 Waveguide amplifier, 167
Polarization, 181, 453 Spatial resolution, 331 WDM Passive Star Networks, 205
Polarization and sensor, 239 Spatial uniformity, 223 White light interferometer, 365
Polarized light, 421 Spatially and temporally partially coherent Widely tuneable lasers, 567
Polychromatic Gaussian beam, 501 speckle, 43
Polyethylene, 361 Speckle images, 249 Xenon lamp, 121