Dangos 561 - 580 canlyniadau o 2,758 ar gyfer chwilio '"GaN"', amser ymholiad: 0.24e Mireinio'r Canlyniadau
  1. 561

    Hot phonons and non-thermal carrier states in GaN gan Kyhm, K, Taylor, R, O'Sullivan, E, Ryan, J, Cain, N, Roberts, V, Roberts, J, Rota, L

    Cyhoeddwyd 2002
    “...Non-thermal carrier states at early times are studied using femtosecond pump-probe spectroscopy in GaN. After the residual chirp on the continuum probe is removed, the normalized difference spectra (NDS) for different probe energies are synchronized, recovering the full time resolution of our laser pulse (120 fs). ...”
    Journal article
  2. 562

    Three-photon excitation of InGaN quantum dots gan Villafane, V, Scaparra, B, Rieger, M, Zhu, T, Taylor, RA

    Cyhoeddwyd 2023
    “...Finally, we exploit this technique to probe intrinsic properties of InGaN quantum dots. In contrast to non-resonant excitation, slow relaxation of charge carriers is avoided which allows us to measure directly the radiative lifetime of the lowest energy exciton states. ...”
    Journal article
  3. 563
  4. 564
  5. 565

    PA-MBE GaN-Based Optoelectronics on Silicon Substrates gan Chuah , Lee Siang

    Cyhoeddwyd 2009
    “...Dalam penyelidikan ini, epitaksi alur molekul berbantukan plasma nitrogen frekuensi radio (RF) digunakan untuk menumbuhkan bahan galium nitrid (GaN) di atas substrat Si(111) dengan penggunaan aluminium nitrid (AlN) yang ditumbuhkan pada suhu tinggi sebagai lapisan penimbal. ...”
    Cael y testun llawn
    Traethawd Ymchwil
  6. 566

    ارتقاء عامل پارسل نانوآنتن‌های پاپیونی پلاسمونیکی برای گسیلنده‌های نقطۀ کوآنتومی InGaN/GaN در باند سبز gan محمد صباییان, نرگس عجم گرد, مهدی حیدری

    Cyhoeddwyd 2016-01-01
    “...در این مقاله، نانو‌آنتن‌های پلاسمونیکی پاپیونی (به‌صورت دو منشور مقابل هم) برای ارتقاء میدان الکتریکی و عامل پارسل گسیلنده‌های نقطۀ کوآنتومی InGaN/GaN در منطقۀ سبز طراحی شدند. برای این کار، ابتدا فلزات طلا، نقره، مس و آلومینیوم بررسی شدند. ...”
    Cael y testun llawn
    Erthygl
  7. 567

    Numerical Investigation on the Performance Enhancement of InGaN/GaN Light-Emitting Diodes with a Novel p-i-n Electron-Blocking Layer gan Jun Wang, Tian Wang

    Cyhoeddwyd 2024-01-01
    “...In this study, we propose a novel p-i-n AlGaN electron-blocking layer for GaN-based LEDs. ...”
    Cael y testun llawn
    Erthygl
  8. 568
  9. 569
  10. 570

    Improvement of AlGaN/GaN High-Electron-Mobility Transistor Radio Frequency Performance Using Ohmic Etching Patterns for Ka-Band Applications gan Ming-Wen Lee, Cheng-Wei Chuang, Francisco Gamiz, Edward-Yi Chang, Yueh-Chin Lin

    Cyhoeddwyd 2023-12-01
    “...In this paper, AlGaN/GaN high-electron-mobility transistors (HEMTs) with ohmic etching patterns (OEPs) “fabricated to improve device radio frequency (RF) performance for Ka-band applications” are reported. ...”
    Cael y testun llawn
    Erthygl
  11. 571

    Effect of Rapid Thermal Annealing Conditions on the Specific Resistance of the Ohmic Contacts of Ti/Al/Ni/Au Metallization to the GaN/AlGaN Heterostructure gan A. D. Yunik, J. A. Solovjov

    Cyhoeddwyd 2023-01-01
    “...Effect of rapid thermal annealing conditions on the specific resistance of the ohmic contacts of Ti/Al/Ni/Au metallization with layer thicknesses of 20/120/40/40 nm to the GaN/AlGaN heterostructure with a two-dimensional electron gas on a sapphire substrate has been discovered by transmission line measurement. ...”
    Cael y testun llawn
    Erthygl
  12. 572
  13. 573
  14. 574
  15. 575

    Alternative Strategy to Reduce Surface Recombination for InGaN/GaN Micro-light-Emitting Diodes—Thinning the Quantum Barriers to Manage the Current Spreading gan Le Chang, Yen-Wei Yeh, Sheng Hang, Kangkai Tian, Jianquan Kou, Wengang Bi, Yonghui Zhang, Zi-Hui Zhang, Zhaojun Liu, Hao-Chung Kuo

    Cyhoeddwyd 2020-08-01
    “...Abstract Owing to high surface-to-volume ratio, InGaN-based micro-light-emitting diodes (μLEDs) strongly suffer from surface recombination that is induced by sidewall defects. ...”
    Cael y testun llawn
    Erthygl
  16. 576
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  18. 578
  19. 579
  20. 580