[1] Hammad, Riziq NS., "RASTI measurements in mosques in Amman, Jordan", Applied Acoustics, 1990, Vol.30, no.4, pp.335-345.
[2] Abdelazeez, Mohamed K., Riziq N. Hammad, and Ahmed A. Mustafa, "Acoustics of King Abdullah Mosque", The Journal of the Acoustical Society of America, 1991, Vol.90, no.3, pp.1441-1445.
[3] Dimon, Mohamad Ngasri, Asawana Abd Jalil, and Ahmad Khan Said, "Acoustics and Sound System of Shah Alam Mosque: A Review and Computer Modeling Analysis", In Audio Engineering Society Convention 97. Audio Engineering Society, 1994.
[4] Hamadah, Hamed A., and Hassan M. Hamouda, "Assessment of speech intelligibility in large auditoria case study: Kuwait State Mosque", Applied Acoustics, 1998, Vol.54, no.4, pp.273-289.
[5] Alim, Onsy Abdel, and Mona Hassan El—Masry, "Field Study for Measuring the Architectural Acoustical Qualities of Abou El-Abass Mosque in Alexandria—Egypt", 1999.
[6] Abdou, Adel A. "Measurement of acoustical characteristics of mosques in Saudi Arabia," The Journal of the Acoustical Society of America, 2003, Vol.113, no.3, pp.1505-1517.
[7] Najmul Imam, Sheikh Muhammad, "Speech intelligibility in the community mosques of Dhaka City." The Journal of the Acoustical Society of America, 2002, Vol.112, no.5, pp.2332-2332.
[8] Dimon, Mohamad Ngasri, Siti Dhalia Adzim Muhamod Adzim, Hasnizom Hassan, Nor Azliza, and Mohd Zamri Jusoh, "Good speech intelligibility through novel acoustics material of geometric perforated panel in mosques".
[9] Ahmad, Y., N. C. Din, and R. Othman, "Mihrab design and its basic acoustical characteristics of traditional vernacular mosques in Malaysia," Journal of Building Performance, 2013, Vol.4, no.1.
[10] Che Din, Nazli, Nurul Amira Abd Jalil, Yahaya Ahmad, Rosniza Othman, and Toru Otsuru, "Measurement of the acoustical performance of traditional vernacular mosques in Malaysia", 2013, pp.1-7.
[11] Abdullah, Abdul Hakim, and Zamir A. Zulkefli, "A Study of the Acoustics and Speech Intelligibility Quality of Mosques in Malaysia," In Applied Mechanics and Materials, 2014, Vol.564, pp.129-134. Trans Tech Publications Ltd.
[12] Gül, Zühre Sü, Mehmet Çalışkan, and Ayşe Tavukçuoğlu, "On the Acoustics of Süleymaniye Mosque: From Past to Present//Geçmişten günümüze Süleymaniye Camii akustiği", Megaron, 2014, Vol.9, no.3, p.201.
[13] Suárez, Rafael, Alicia Alonso, and Juan J. Sendra, "Virtual acoustic environment reconstruction of the hypostyle mosque of Cordoba", Applied Acoustics, 2018, Vol.140, pp.214-224.
[14] Lingas, Alexander, Bissera Pentcheva, J. Abel, Cappella Romana, D. Eruçman, S. Antonopoulos, and E. Canfield-Dafilou,"Lost Voices of Hagia Sophia: Medieval Byzantine Chant Sung in the Virtual Acoustics of Hagia Sophia. The Feast of the Exaltation of the Holy Cross in Constantinople", 2019.
[15] Gul, Zuhre Su, Erinc Odabas, and Mehmet Caliskan, “Single versus multi-domain analysis in diffusion equation modeling for sound field analysis of distinct room shapes”, Universitätsbibliothek der RWTH Aachen, 2019.
[16] Hilma, Laina Hilma Laina, Izziah Izziah, Erna Meutia, and Zulfian Zulfian, "The evaluation of thermal, room acoustics and daylight performance of old Indrapuri Mosque in Aceh Besar, Indonesia", Malaysian Journal of Sustainable Environment, 2020, Vol.6, no.1, pp.57-72.
[17] İLBAN, Barış, and Mustafa KAVRAZ, "Acoustic Evaluation of Worship Buildings: Gülbahar Hatun Mosque Case," Yüzüncü Yıl Üniversitesi Fen Bilimleri Enstitüsü Dergisi, Vol.24, no.2, pp.105-114.
[18] Alomari, Omar Mustafa, Firas Gandah, and Dema Khraisat, "The Impact of Geometrical Structure of Domes on the Acoustic Performance within Mosques", Journal of Civil Engineering and Architecture, 2019, Vol.13, pp.244-250.
[19] Alomari, Omar Mustafa, Firas Gandah, and Dema Khraisat, "The Impact of Geometrical Structure of Domes on the Acoustic Performance within Mosques", Journal of Civil Engineering and Architecture, 2019, Vol.13, pp.244-250.
[20] Fatma yelkenci sert, h. İbrahim alpaslan, and özgül yilmaz karaman, “evaluation of acoustic features of manisa sultan mosque,” STD, 2017, XXVI / two, Ekim, pp.243-259.
[21] Syamsiyah, Nur Rahmawati, Atyanto Dharoko, and Sentagi Sosetya Utami, "MIXED METHOD APPROACH TOWARDS ACOUSTIC RESEARCH ON THE GRAND MOSQUE OF YOGYAKARTA", 2016.
[22] Syamsiyah, Nur Rahmawati, Atyanto Dharoko, and Sentagi Sosetya Utami, "Sound preservation at the Grand Mosque of Yogyakarta in Indonesia: The acoustic performance of the traditional architecture", In AIP Conference Proceedings, Vol.1977, no.1, p.040032. AIP Publishing LLC, 2018.
[23] Suárez, Rafael, Alicia Alonso, and Juan J. Sendra, "Virtual acoustic environment reconstruction of the hypostyle mosque of Cordoba", Applied Acoustics, 2018, Vol.140, pp.214-224.
[24] Ghaffari, Abbas, and Seyyed Majid Mofidi, "Comparing Reverberation Time in West Churches and Mosques of Qajar Era in Tabriz", معماری و شهرسازی آرمان شهر, 2014, Vol.7, no.12, pp.13-29.
[25] Khoeini, Reza, and Zohreh Torabi, "Study Of Echo Feature In Imam Mosque In Isfahan And Its Function In New Buildings Like Amphitheater", 2016.
[26] هاشمیان، محمدحسین، " تحلیل طراحی آکوستیک مسجد امام (شاه عباسی) اصفهان گسترش آن در مباحث توسعه پایدار"، اولین کنگره بین‌المللی صنعت ساختمان با محوریت تکنولوژی های نوین در صنعت ساختمان. تبریز - مجمع مهندسان جوان استان آذربایجان شرقی، 1397.
[27] رضایی دوگاهه، ن.، صابرزعیمیان، ی.، صیادمنش، ح.، و پورصفر، ز.، "چینی خانه در معماری ( نمونه ی موردی عمارت عالی قاپو و مسجد شیخ لطف‌الله در اصفهان )." کنفرانس بین المللی عمران،معماری و شهرسازی ایران معاصر. تهران - دانشگاه اسوه - تهران - دانشگاه شهید بهشتی، 1396.
[28] صفی، س.، غفاری، ع. و فرحزا، ن. "ارزیابی کیفیت آکوستیکی مسجد جامع یزد"، دومین کنفرانس بین‌المللی آکوستیک و ارتعاشات. تهران - دانشگاه صنعتی شریف، 1391.
[29] ISO 3382-1. (2009), International Organization for Standardization Provided by IHS under license with ISO, Switzerland.
[30] ISO 3382-2. (2008), International Organization for Standardization Provided by IHS under license with ISO, Switzerland.
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