信息与机电工程学院

（以下信息源于科研管理系统）

学术成果：

论文

[1] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[2] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[3] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[4] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[5] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[6] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[7] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[8] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[9] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[10] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[11] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[12] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[13] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[14] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[15] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[16] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[17] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[18] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[19] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[20] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[21] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[22] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[23] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[24] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[25] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[26] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[27] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[28] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[29] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[30] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[31] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[32] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[33] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[34] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[35] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[36] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[37] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[38] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[39] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[40] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[41] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[42] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[43] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[44] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[45] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[46] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[47] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[48] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[49] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[50] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[51] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[52] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[53] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[54] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[55] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[56] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[57] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[58] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[59] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[60] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[61] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[62] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[63] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[64] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[65] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[66] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[67] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[68] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[69] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[70] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[71] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[72] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[73] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[74] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[75] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[76] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[77] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[78] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[79] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[80] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[81] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[82] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[83] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[84] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[85] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[86] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[87] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[88] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[89] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[90] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[91] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[92] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[93] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[94] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[95] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[96] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[97] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[98] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[99] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[100] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[101] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[102] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[103] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[104] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[105] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[106] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[107] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[108] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[109] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[110] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[111] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[112] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[113] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[114] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[115] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[116] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[117] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[118] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[119] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[120] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[121] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[122] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[123] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[124] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[125] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[126] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[127] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[128] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[129] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[130] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[131] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[132] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[133] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[134] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[135] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[136] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[137] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[138] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[139] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[140] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[141] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[142] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[143] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[144] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[145] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[146] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[147] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[148] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[149] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[150] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[151] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[152] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[153] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[154] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[155] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[156] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[157] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[158] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[159] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[160] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[161] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[162] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[163] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[164] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[165] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[166] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[167] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[168] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[169] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[170] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[171] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[172] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[173] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[174] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[175] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[176] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[177] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[178] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[179] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[180] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[181] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[182] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[183] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[184] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[185] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[186] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[187] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[188] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[189] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[190] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[191] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[192] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[193] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[194] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[195] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[196] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[197] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[198] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[199] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[200] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[201] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[202] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[203] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[204] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[205] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[206] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[207] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[208] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[209] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[210] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[211] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[212] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[213] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[214] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[215] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[216] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[217] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[218] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[219] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[220] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[221] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[222] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[223] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[224] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[225] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[226] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[227] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[228] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[229] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[230] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[231] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[232] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[233] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[234] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[235] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[236] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[237] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[238] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[239] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[240] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[241] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.
[242] 陈佳佳. A synergetic immune clonal selection algorithm based multi-objective optimization method for carbon fiber drawing. FIBERS AND POLYMERS,2013,14(10):1722-1730.

软件成果

[2] 周小平,陈佳佳,朱苏磊,李洁慧.基于声模态识别的降噪系统. 软件登记号:2024SR0500596, 2024-04-12.
[3] 周小平,陈佳佳,李洁慧,朱苏磊.太赫兹波胃癌图像智能分析预测系统. 软件登记号:2024SR0500585, 2024-04-12.
[4] 周小平,李洁慧,朱苏磊,陈佳佳.基于机器学习的阿尔兹海默综合症早期预测系统. 软件登记号:22024SR0500604, 2024-04-12.
[5] 周小平,陈佳佳,朱苏磊,李洁慧.基于手指静脉识别的智能门锁系统. 软件登记号:2024SR0500577, 2024-04-12.
[6] 周小平,陈佳佳,李洁慧,朱苏磊.基于通信感知一体化的SLAM系统. 软件登记号:2024SR0500538, 2024-04-12.
[7] 周小平,陈佳佳,朱苏磊,李洁慧.基于机器视觉的火锅店智能送餐系统. 软件登记号:2024SR0500564, 2024-04-12.

专利成果