Periodically - Globe Thesis

Keyword [Periodically] Result: 1 - 20 \| Page: 1 of 7
1.	Wave-Mixing In Wavelength-Division-Multiplexing Systems: Effects And Applications
2.	Research On Nonlinear Propagation Of Light Waves In Periodically Microstructured Photonic Materials
3.	Investigation Of Quasi-Phase Matching Technology And Its Applications
4.	Preparation Of Photon Pairs In Periodically Poled Nonlineaer Crystal
5.	Study On The Widly Tunable High Power Optical Parametric Oscillator Based On A Periodically Poled MgO Doped Lithium Niobate Crystal
6.	Quasi-periodic Solutions Of Nonlinear Wave Equations With Quasi-periodic Forcing
7.	On Synchronization Control For Complex Dynamical Networks
8.	The Existence Of Quasi-periodic Solutions For Nonlinear Beam Equations Witn Quasi-periodic Forcing
9.	Research On The Theory And Application Of Electro-optic Effect In Quasi-phase-matching Nonlinear Optics Based On Periodically Poled Lithium Niobate
10.	The Periodically Perturbed Hopf Bifurcation For Price Reyleigh Equation With Delay
11.	Laser Controlling The Exact Quantum States Of Few Trapped Ions
12.	Empirical Bayes Estimates Of Steady-state Availability In Exponential Distribution Model And Availability Of A Periodically Inspected System, Maintained Through No More Than H Imperfect Repair(s) Before A Perfect Repair Or A Replacement
13.	Research On Stability Analysis And Related Control Problems For Periodically Time-Varying Descriptor Systems
14.	Periodically Perturbed Hopf Bifurcation For Van Der Pol-Duffing Time-delay System
15.	The Quantum Motion Of Few Trapped Ions Interacting With Laser
16.	Analysis Of Mechanical And Electrical Damages Of Piezoelectric Materials With Periodically Distributed Defects
17.	Pulse Shaping By The Electro-Optic Effect In Chirped Periodically Poled Lithium Niobate And Adaptive Time-Domain Pulse Shaping System
18.	Quasi-phase Matched Crystals Fabrication And Relative Technology Research
19.	High Efficiency Quasi-Phase-Matched Optical Parametric Conversion And Dual-Wavelength Optical Parametric Generation
20.	Identifying Periodically Expressed Genes Using Microarray Time-course Expression Data
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