فدوى أبو مريفة
الأبحاث

1-	Abu Muriefah , F. and AL Rashed , A. “ The diophantine equation x^2+b= cy ^n” J. Anal. Num. Theo. 1, No. 1, 15-21 (2013).
2-	Abu Muriefah , F. and AL Rashed , A. “On the diophantine equation x^2-4p^m =± y ^n” Arab J. Math. Sci. 18, No. 2, 97-103 (2012).
3-	Abu Muriefah, F. Luca, F. Siksek, S. Tengely, S. “ On The diophantine equation x^2+C =2y ^n ". Int. J. Number Theo. 5, No. 6, 1117-1128 (2009).
4-	Abu Muriefah , F. and AL Rashed , A. “On The diophantine equation x^2=4q^m-4q ^n +9”. J. K.A. U. Science, Vol . 21 No. 1,135-141 (2009).
5-	Abu Muriefah , F. and AL Rashed , A. “ On the diophantine equation 5x^2+1= 6^n " , Far. East J. Pure Math. Sci. Vol. 31, No.1, 113-117 (2008).
6-	Abu Muriefah, F. Luca, F. and Togbé,T. “ On The diophantine equation x^2+ 5^a. 13^b= y^n ”. Glasgow Journal of Math. Glasgow Math. J. United Kingdom 5, 1-7 (2008).
7-	Abu Muriefah , F. “ The diophantine equation p x^2 +q^2k= y^n” J. Num. Theory. 218 (6) 1670-1675 (2008) .
8-	Abu Muriefah , F." An exponential Diophantine Equation ". Umm Al-Qura Univ. J. Sci. Med. Eng. 19 (1) 95-102 (2007).
9-	Abu Muriefah , F. " On the diophantine equation d1 x^2 +4d2= y^n ". Arab J. Math. Sci. 12(1) 1-6(2006).
10-	Abu Muriefah , F. and AL Rashed , A. "On The Simultaneous Diophantine Equations y^n2– x^2 =4 and Z^2–442 x^2 = 441" . Arabian J. Science and Engineering. Vol. 26 (1A) 207- 211 (2006)
11-	Abu Muriefah , F." On the diophantine equation x^2 +5^2k = y^n " . Demo Math. 319 (2) 285-289 (2006).
12-	Abu Muriefah , F. and Bugeaud, Y. “The Diophantine equation x^2 +c= y^n : a brief overview”. Rev. Columbiana Mat. , (40) 31-37 (2006).
13-	Abu Muriefah , F. and AL Rashed , A. (Some diophantine quadruples in the ring Z ).Math. Comm. (9) 1-8(2004).
14-	Abu Muriefah , F. and AL Rashed , A. "On the extendibility of the diophantine triple {1,5,c}". Inter. J. Math. and Math. Sci. 33, 1737-1746(2004).
15-	Abu Muriefah, F. and Arif, S. “ On The diophantine equation x^2 + q^(2k+1)= y^n” J. Num. Theory. 95, 95-100(2002).
16-	Abu Muriefah, F. “ On The diophantine equation p x^2 + 3^n = y^p” . Tamkang J. Math. Sci. Vol. 31(1) 79-84(2001).
17-	Abu Muriefah, F. “ On The diophantine equation A x^2 +2^2m = y^n” . Inter. J. Math. and Math. Sci. 25(6) 373-381. (2001).
18-	Abu Muriefah, F. and Arif, S. “ On The diophantine equation x^2 + q^2k = y^n” Arabian J. Science and Engineering. Vol. 26 (1A) 53- 62 , (2001).
19-	Abu Muriefah, F . “ On The diophantine equation x^3 = dy^2 q^2” . Inter. J. Math. and Math. Sci.Vol.28(8) 493-497,(2001).
20-	Abu Muriefah, F. and Arif, S. “On The diophantine equation x^2 + 2^k = y^n II ” .Arab J. Math. Sci. Vol.7,(2) 67-71. (2001).
21-	Abu Muriefah, F. and Arif, S. “ On The diophantine equation x^3= d y^3 + p^3” . Far. East J. Pure Math. Sci. ( FJMS)1149-157. (2000).
22-	Abu Muriefah, F. and Arif, S. “ The diophantine equation x^2 +5^(2k+1) = y^n”. Indian J. Pure. Appl. Math. 30(3) 229-231, ( 1999).
23-	Arif, S. and Abu Muriefah, F. “ On The diophantine equation x^2 +3^m = y^n” . Inter. J. Math. and Math. Sci. 21, 619-620. (1998).
24-	Abu Muriefah, F. and Arif, S. “ On a diophantine equation” . Bull. Austral. Math. Soc. 57, 189-198.(1998).
25-	Arif, S. and Abu Muriefah, F. “ On The diophantine equation x^2 + 2 ^k = y^n ” . Inter. J. Math. and Math. Sci. 20, 299-304. (1997).