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# عنوان پایان نامه مقطع دانشجو تاریخ دفاع
1 توسعه یک مدل ماشین بینایی برای تشخیص لنگش گاوهای شیری هلشتاین کارشناسی ارشد عسل نعیمی خراسانی زاده ۱۴۰۳/۰۷/۰۳
2 بررسی اثر موقعیت نصب پنل‌های فتوولتاییک روی آب بر بازده تولید توان و میزان تبخیر کارشناسی ارشد حیدر زیبائی فریمانی ۱۴۰۲/۱۲/۲۲
3 ارزیابی عملکرد اجاق زیست توده سوز میکروگازیفایر با پوست برنج به عنوان سوخت کارشناسی ارشد زینب ابراهیمی سیاه خلکی ۱۴۰۱/۱۲/۱۶
4 ساخت و ارزیابی جریان‌سنج شیره‌ای برای به دست آوردن دبی عبوری از بافت آوندی درخت کارشناسی ارشد مجید تیمورزاده سینی ۱۴۰۱/۱۱/۳۰
5 تاثیر پیش تیمار پلاسمای سرد بر خشک کردن برگ بو کارشناسی ارشد اسماعیل مریدارصیدآباد ۱۴۰۱/۰۵/۱۱