Scattering theory - Globe Thesis

Keyword [Scattering theory] Result: 21 - 40 \| Page: 2 of 3
21.	Research On The Light Scattering And Propagation Characteristic Of Haze
22.	SPASER Properties Of Active Silver Nanotubes And Associated Dimers
23.	Research On Particle Size Measurement Technology And System For The Wet Production Of Quartz Sand
24.	Shot Noise In The Superconductive Graphene And Quantum Pumping Properties In The Josephson Junction
25.	Asymmetric Light Propagation Based On Complex Graded Photonic Crystals
26.	Research On Key Technologies Of Distributed UV-Vis Spectroscopy Water Quality Online Measurement And Monitoring System For Surface Water Environment
27.	Investigation Of The Refractive Index Sensitivity Responses Of LSPR Sensors Of Individual Noble Metal Nanoparticles
28.	Photoacoustic Combined Method Research Sensing For Methane And Coal Dust In The Mine
29.	Study On The Oilfield Injection Water Online Detection System Using Scattering And Fluorescence
30.	Research On The Characteristics Of Aerosol Size Distribution And Complex Refractive Index In Typical Areas Of China
31.	Study On The Morphology Of Laser Cladding Layer On Inclined Substrate
32.	The Investigation Of Asymmetric Wave Propagation Properties In Acoustic Artificial Materials
33.	The Research On Radiation Cooling Of Micro-Nanoparticle Polymer Film
34.	Study On Particle Size Detection Method Based On Light Scattering Method
35.	Design Of Aluminum Dust Concentration Detection System Based On Light Scattering Method
36.	Research On Construction Principle And Method Of Two-Dimensional All-Dielectric Metasurface Based On Mie Resonance
37.	Phase Modulation Of Surface Wave Based On Dielectric And Magnetic Composite Metamaterials
38.	Polymer statistics under confinement and multiple scattering theory for polymer dynamics and elasticity
39.	Selected topics in scattering theory: From chaos to resonance
40.	Applications Of High-Sensitivity Flow Cytometry In The Quantitative Analysis Of Light Scattering And The Study Of Fluorescence Polarization At The Single-Particle Level
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