Emitters - Globe Thesis

Keyword [Emitters] Result: 21 - 39 \| Page: 2 of 2
21.	Design, fabrication, and characterization of quantum cascade terahertz emitters
22.	Extension of the T(z)= -3/2, A = 4n + 1 series of beta-delayed proton emitters to selenium-65 and strontium-73, and low energy beta-delayed proton emission from the T(z) = -3/2, A = 4n + 3 nucleus aluminum-23
23.	Theory of electron emission from atomically sharp metallic emitters in high electric fields
24.	Novel layered semiconductor quantum structures in new material systems --- III-nitride quantum cascade emitters and detectors, light emission in Fe:ZnSe with quantum cascade laser pumping, theoretical methods with real-time Green's functions, and hyperbol
25.	Active Control Of Strong Coupling Between Plasmonic Nanocavities And Quantum Emitters
26.	Waveguide-coupled Nano-emitters For Non-linear And Quantum Optics
27.	Theoretical Study On Controlling The Coupling Between Quantum Emitters And On-chip Waveguides Based On Micro-nano Optical Cavities
28.	Research On Automatic Coupling Technology Of Multiple Single Emitters Diode Laser
29.	Research On Superconducting Terahertz Radiation Source And Small High-Temperature Superconducting Test System
30.	The Modulation And On-chip Integration Of Single Photon Emitters In Two-dimensional Materials
31.	Quantum Theory Of Coupling Between Plasmonic Nanocavity And Excitons
32.	Photonic Devices Based On Nano Fiber And Its Application In Cavity Quantum Electrodynamics
33.	Research On Adaptive Tracking And Information Fusion Of Emitters In Complex Electromagnetic Environment
34.	Research On Quantum Light Sources Of Two-dimensional Materials For Integration System
35.	The Decoherence Suppression Of Quantum Emitters In Polariton Environments
36.	Optical Chirality In A Strong Coupling System Consisting Of Gold Chiral Helicoid Nanoparticles And Emitters
37.	Research On Spectral Beam Combining Of Multiple Single-emitters On Composite Grating
38.	Strong Couplings Between Optical Nanocavities And Quantum Emitters
39.	Study On Thermal Degradation Mechanism And Structure Optimization Of One-dimensional Photonic Crystal Spectral Selective Emitters
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