طراحی، شبیه‌سازی و تحلیل عملکرد هیدروفن‌های حساس باند پهن فرکانس پایین با استفاده از ترانزیستورهای گیت معلق

مراجع و منابع این مقاله:

• [1] Bai B, Ren Z, Ding J, Xu W, Zhang ...
• [2] Zhang G, Liu M, Shen N, Wang X, Zhang ...
• [3] Okada N, Takeuchi S. Robust hydrophone with hydrothermal PZT ...
• [4] Chaggares NC, Ivanytskyy O, Pang G, Moszczynski M. Membrane ...
• [5] Ando Y, Fletcher NH, Schroeder MR. Modern Acoustics and ...
• [6] Helvajian H. Microengineering aerospace systems. Aiaa; 1999. ...
• [7] Butler JL, Sherman CH. Transducers and arrays for underwater ...
• [8] Sung M, Shin K, Moon W. A micro-machined hydrophone ...
• [9] Sung M, Shin K, Moon W. A new transduction ...
• [10] Arshad MR. Recent advancement in sensor technology for underwater ...
• [11] Xue C, Chen S, Zhang W, Zhang B, Zhang ...
• [12] Qiu Y, Gigliotti JV, Wallace M, Griggio F, Demore ...
• [13] Ganji BA, Nateri MS, Dardel M. Design and modeling ...
• [14] Mohammadi S, Abdalbeigi M. Analytical optimization of piezoelectric circular ...
• [15] Liu C. Foundations of MEMS. Pearson Education India; 2012. ...
• [16] Lee H, Kang D, Moon W. A micro-machined source ...
• [17] Thuau D, Abbas M, Wantz G, Hirsch L, Dufour ...
• [18] Zhu B, Zhang J, Varadan VK, Varadan VV. Solid ...
• [19] Bradley AT, Jaeger RC, Suhling JC, O'Connor KJ. Piezoresistive ...
• [20] Banerji S, Goh WL, Cheong JH, Je M. CMUT ...
• [21] میرعشقی علی. مبانی الکترونیک. تهران: نشر شیخ بهایی؛ 1387.(جلد1) ...
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