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Keyword [charge transfer]
Result: 41 - 60 | Page: 3 of 4
41. Study Of The Charge Transfer Mechanism And Noise In CMOS Active Pixels
42. Design And Synthesis Of Novel Sensors For Cyanide Recognition Properties
43. Novel Sulfur(?) Fluoride Exchange Based Click Synthesis Of Ct Structure Based Polysulfates And Their Switchable Electrical Bi-stable State Performance
44. Organic Light-emitting Diodes Based On High Exciton Utilizing Efficiency Host Materials
45. Photo-generated Charge Transfer Efficiency Of CMOS Image Sensor Simulation And Research
46. Theoretical Studies On Luminescent Properties Of Delayed Fluorescence Molecules
47. Interfacial Charge Carrier Recombination At Organic Semiconductor Heterojunctions
48. Investigation On Preparation Of Large Area Few Layer Black Phosphorus And The Electrical Properties Of Black Phosphorus
49. Charge Transfer State And The Energy Transfer Mechanism In Organic Luminescent Materials And Devices
50. Design,Synthesis And Electroluminescent Properties Of Novel Anthracene-Based Organic Electroluminescent Materials
51. Research Towards Composite Transparent Electrode Employed In Organic Light-emitting Diodes
52. Study On Ultrafast Dynamics Of Carriers In WS2 And CsPbBr3 Semiconductors
53. External Electric Field Effects On The Charge Transfer Properties Of Organic Semiconductors: A Theoretical Study
54. The Key Techniques Research On CMOS-TDI Image Sensor Based On Hybrid Charge-digital Accumulation Architecture
55. Preparation And Characterization Of Oxide Semiconductor Surface-enhanced Raman Substrate
56. A Theoretical Investigation Of The Molecular And Electronic Structure,Carrier Transfer And Intramolecular Through-space Interaction On Pyrene-fluorene Derivatives: A DFT Study
57. Research On Readout Circuit Of Quanta Image Sensors Based On CMOS Active Pixels
58. Design And Optfmization Of CMOS Image Sensor Pixel
59. Study On The Device Stability Of Quantum Dot Photoluminescence And Electroluminescence Devices
60. The Interface Charge Transfer Mechanism Of Faradaic Junctions And Its Effects On Photoelectrochemical Performance
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