Ai Cập tiêu diệt gần 80 phần tử khủng bố, xóa sổ các kho chứa chất nổ

(TTXVN/Vietnam+) 08:34 31/08/2020

Ngày 30/8, quân đội Ai Cập thông báo đã tiêu diệt 77 phần tử khủng bố ở Bắc Sinai, miền Đông Bắc nước này đồng thời xóa sổ 317 hang ổ và các kho chứa chất nổ trong khoảng thời gian từ ngày 22/7-30/8.

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