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Keyword ["dielectric/metal/dielectric" (D/M/D) electrode]
Result: 21 - 40 | Page: 2 of 10
21. Investication Of Fast Numerical Methods For Electromagnetic Scattering From Objects
22. Interfacial Structures And Electrical Properties Of Atomic Layer Deposited High-k Dielectric Thin Films On Ⅲ-Ⅴ And Ge Semiconductors
23. Researches On Multi-mode Bandpass Filters
24. The Study Of Temperature Dependence Of Electrical Performance For Typical Semiconductor Materials
25. The Interface Modification And Performance Research Of The Organic Field Effect Transistor
26. Research Of Terahertz Functional Devices Based On Metal Surface Plasmon Polaritons
27. Ion Implanted Preparation And Characteristics Of Indium Oxide-Based Diluted Magnetic Semiconductor Films
28. Eelectron-mobility Model And Interfacial Properties Of (In)GaAs MOS Devices With Stacked High-k Gate Dielectric
29. Research On Al2O3Waveguide Dielectric Film Of Electrode Surface For RF Slab CO2Laser
30. Investigations On Transparent And Flexible Resistive Random Access Memory Devices Based On Metal-Oxide Thin Films
31. Epitaxial Growth Of AlGaN Based Deep Ultraviolet Light Emitting Diode By MOCVD
32. The Study Of Growth And Properties Of InAs Quantum Dots Toward Low Dimensional Devices Application Via MOCVD
33. Research On Nanophotonics Devices Based On Metallic-dielectric And Photonic Crystal Structure
34. Methodological Study Of The Gas Selectivity Of Metal Oxide Semiconductor Based On The Point Defect Reaction
35. Research On Ga Sb Mosfets And Its Stress Characteristics With High-k Dielectric And Metal Gate Stacks
36. Study Of Runge-kutta High-order Finite Difference Time-domain Method And Its Application In Electromagnetic Scattering
37. Study On The Design, Preparation And Performance Of Novel Dielectric Polymers For Organic Thin Film Transistors
38. Research On Microstructured Electrodes In Organic Light-emitting Devices
39. Study On The Nanostructured ZnO Thin Films Grown By MOCVD And The Light Emitting Devices
40. Research On Synthesis, Modification And Gas Sensing Properties Of Oxide Semiconductor Nanomaterials
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