Nghiên cứu chế biến và bảo quản si rô mít

TRltJNG DAIHQC AN G1ANG KHOA NONG NGHIEP & TAI NGUYEN THIEN NHIEN BO MON CONG NGHf TH^C PHAM NGUY^N THI NHO DH10TP NGHIEN CUU CHE BIEN VA BAO QUAN SI RO MIT LU^JS VAN TOT NGHIEP KY SU" NGANH CONG NGHf TH^TC PHAM TRU^NG DAI HQC AN GIANG THl/VIEN Nganh h^c: Cong Nghf Thirc Phara Can b^ hirong din: ThS Trinh Thanh Duy KHOA HQC: 2009 - 2013 An Giang, Thang 5.2013 TRlTdNG DAI HQC AN GIANG KHOA NONG NGHlEP & TAI NGUYEN THIEN NHIEN BO MON CONG NGHf TH^^C PHAM NGHIEN ClTU CHE BIEN VA BAO QUAN SI RO MIT Do sinh vien: NGUYfiN THI NHO thyc hien vji d? n^p Kinh trinh h^i d6ng chlm khoa lu|n t6t nghi?p xet duy?t LongXuyen, thdng nam 2013 CAN BO HU6NG DAN ThS Trinh Thanh Duy Lai cam ta De d^t dupe kit qua nhu hom toi xin chin goi loi cam cm den: -Gia dinh da tao mpi dieu kien thuan lot cho toi suot qua trinh hpc tap -Thay Trinh Thanh Duy dS tan tarn hudng dan va truyen dat nhung kien thuc kinh nghiem suot qua trinh hpc tap va thuc hipn de tai -Quy My (co) Bp mon Cong N^he Thvc Ph^m - Khoa NN-TNTN - Truong Dai Hpc An Giang d trang bi kien thuc cho toi nh&ng nSm \ora qua -Quy My (co) phong thi nghiem Khoa NN-TNTN da giiip d6 t^o dieu kipn cho toi thi nghipm thai gian hpc tap va lam luan van -Tat ca cac ban sinh vien DH10TP da giiip toi qua trinh lam luan van Long Xuyen 03 thang 05 nam 2013 Sinh vien thuc hien Nguyen Thi Nho Muc luc N91 dungTrang Lai camt^i Muc lye" Danh sachbangiv Danhsachhinhviii Tom lucrex Chtrong Gi6i thi?u~1 1.1.Dat vln Bang 69: Anh hirong che dp trung den gia trjL* ANOVA Table for L bv Mau Source Sum of Squares Between groups 5.54167 Within groups 0.7548 Total (Corr.) 6.29647 Df 15 Mean Square 0.369444 32 47 0.0235875 F-Ratio 45.66 P-Value 0.0000 pc21 Multiple Range Tests for L by Mau Method: 95.0 percent LSD Mau Count Mean Homogeneous Groups 85-20 28.1833 X 85-15 28.5933 X 85-10 28.62 XX 85-5 28.681 XX 75-20 28.738 XX 75-15 28.9867 X 75-10 29.0162 X 75-5 29.2463 X 65-20 29.57 X 65-15 29.6067 XX 65-10 29.7727 X 65-5 29.72 XX 0-20 29.7467 X 0-5 29.7467 X 0-15 29.7467 X 0-10 29.7467 X Bang 70: Anh hirfrng nhiet va then gian trung den gia tri a* ANOVA Table for a by Mau Sum of Squares Df Mean Square 0.697525 0.0465017 15 0.114267 0.00357083 32 0.811792 47 Multiple Range Tests for a* by Mau Method: 95.0 percent LSD Mau Count Mean Homogeneous Groups Source Between groups Within groups Total (Cojt.) 0-10 0-20 0-5 0-15 65-5 65-15 65-10 65-20 75-5 75-10 75-15 75-20 85-5 85-10 85-15 85-20 3 3 3 3 3 3 3 3 14667 14667 14667 14667 167 20667 30333 30667 34667 35467 56367 675 8667 94333 2.0167 2.52667 F-Ratio 53.02 P-Value 0.0000 X X X X X X XX XX XX XX X X X XX X X Bang 71: Anh hirong che trung den gia tri b* ANOVA Table for b* by Mau Source Sum of Squares Between groups 0.182998 Within groups 0.0629333 Total (Corr.)0.245931 Df Mean Square F-Ratio 15 32 0.0121999 0.00196667 65.20 P-Value 0.0000 47 pc22 Multiple Range Tests for b* by Man Method: 95.0 percent LSD Mau Count MeanHomogeneous Groups 0.883333 85-5 X 85-10 0.903333 XX 75-10 0.976667 XX 85-20 0.986667 XX 1.0 65-15 XXX 65-10 1.00667 xxxx 75-5 1.05333 xxxx 0-20 1.06 xxxx 1.06 0-15 xxxx 0-10 1.06 xxxx 1.06 0-5 xxxx 1.06667 65-5 XXX 85-15 1.07 XXX 65-20 1.08 XX 75-20 1.08333 X 75-15 1.2 X ? Khao sat nhfrng bien doi cua san pham qua trinh bao quail Bang 72: Sir bien doi cua san pham qua trinh bao quan den trang thai ANOYA Table for Trang thai by Tun Source Sum of Squares Df Mean Square Between groups 0.909829 0.151638 Within groups 0.0136 14 0.000971429 Total (Coir.) 0.923429 20 Multiple Range Tests for Trang thai by Tuan Method: 95.0 percent LSD Tuan Count Mean Homogeneous Groups 3.86667 X 4.16667 X 4.34667 X 4.40333 3 X 4.45333 XX 4.47 X 4.48333 X F-Ratio 156.10 P-Value 0.0000 Bang 73: Sir bien doi cua san pham qua trinh bao quan den mau sic ANOYA Table for Mau sac by Tuan SourceSum of Squares Df Mean Square F-RatioP-1 glue Between groups 2.351196 0.391865164.580.0000 Within groups O.O33333314 0.00238095 Total (Corr.)2.3845220 Multiple Range Tests for Mau sac by Tuan Method: 95.0 percent LSD Tuan Count MeanHomogeneous Groups 3 3 3 3 3.53333 3.83333 4.03333 4.3 4.35 4.43333 4.53333 X X X X XX X X Bang 74: Sir bien doi cua san pham qua trinh bao quan den mui vj ANOYA Table for Mui vi by Tuan SourceSum of Squares Df Mean Square F-RatioP-Value Between groups 2.519056 0.419841110.210.0000 Within groups 0.053333314 0.00380952 Total jCoiT.)2.5723820 pc 23 Multiple Range Tests for Mui vi by Tu Method: 95.0 percent LSD Counl MeanHomogeneous Groups 633 8666" X 534.03333 X 434 16667 X 334.4X 234.6X 134.73333X 034.86667X _034.86667X Bang 75: Sir bien doi cua san pham qua trinh bao quan den mire d^ ira thich (MBlTT) ANOVA Table for MDTT bv Tuan Source Sum of Squares Df Between groups 1.5-25 Within groups 0.152333 14 Total (Com 1.72483 20 Multiple Range Tests for MDUT by Tuan Method: 95.0 percent LSD Tuan Counl Mean Homogeneous 3 3 3 7.8 7.94333 8.03333 8.13333 8.17 8.21667 8.73333 Mean Square 0.262083 0.010881 F-Rano 24.09 P-Value 0.0000 Groups X XX XX XX XX X X Bang 76: Sir bien doi cua san pham qua trinh bao quan den dp khac mau san pham ANOV.A Table for Do khac mau bs Mau Source Sum of Squares Df Mean Square Between groups 5.57056 0.3-1371 15 Within groups 0.569333 0.0177917 32 Total iCorr.) 6.1399 47 Multiple Range Tests for Do khac mlau by Tuan Method: 95.0 percent LSD Mau Counl Mean Homogeneous Groups -> 69.6133 X 69.6333 X 69.673 X 69.7432 X 69.83 X 69.835 3 X 69.92 X F-Raiio 160.87 P-Value 0.8952 Bang 77: Sir bien doi cua san pham qua trinh bao quan den miii vi ANOVA Table for Ham luong attit by Tuan SourceSum o1 Squares Df Mean Square F-RauoP-1 alue Between groups 2.519056 0.419841210.210.6572 Within groups 0.053333314 0.00380952 Total (Com2.5723820 Multiple Range Tests for Ham luong axit by Tuan Method: 95.0 percent LSD Mau Counl MeanHomogeneous Groups 3 3 3 3 0.558 0.56153 0.56233 0.56252 0.563 0.56322 0.5634 X X X X X X X pc 24 Bang 78: Bien Adi nhipt dp tam san phim a ch^ d^ triing 65C vdi z=8 Th^i Nhipt gian d(5 Giatri L phiit) Nhipt dp (10 Giatri L phut) Nhipt Giatri Nhipt Giatrj dp (15 L dp (20 L phut) phut) 30 4.22E-05 30 4.22E-05 304.22E-05 304.22E-05 31 5.62E-05 31 5.62E-05 315.62E-05 315.62E-05 32 7.5E-05 32 7.5E-05 327.5E-05 327.5E-05 33 0.0001 33 0.0001 330.0001 330.0001 33 0.0001 33 0.0001 330.0001 330.0001 34 0.000133 34 0.000133 340.000133 340.000133 35 0.000178 35 0.000178 350.000178 350.000178 36 0.000237 36 0.000237 360.000237 360.000237 37 0.000316 37 0.000316 370.000316 370.000316 38 0.000422 38 0.000422 380.000422 380.000422 10 39 0.000562 39 0.000562 390.000562 390.000562 11 40 0.00075 40 0.00075 400.00075 400.00075 12 41 0.001 41 0.001 410.001 410.001 13 43 0.001778 43 0.001778 430.001778 430.001778 14 45 0.003162 45 0.003162 450.003162 450.003162 15 46 0.004217 46 0.004217 460.004217 460.004217 16 48 0.007499 48 0.007499 480.007499 480.007499 17 49 0.01 49 0.01 490.01 490.01 18 50 0.013335 50 0.013335 500.013335 500.013335 19 51 0.017783 51 0.017783 510.017783 510.017783 20 52 0.023714 52 0.023714 520.023714 520.023714 pc 25 21 54 0.04217 54 0.04217 54 0.04217 54 0.04217 22 55 0.056234 55 0.056234 55 0.056234 55 0.056234 23 56 0.074989 56 0.074989 56 0.074989 56 0.074989 24 57 0.1 57 0.1 57 0.1 57 0.1 25 59 0.177828 59 0.177828 59 0.177828 59 0.177828 26 60 0.237137 60 0.237137 60 0.237137 60 0.237137 27 61 0.316228 61 0.316228 61 0.316228 61 0.316228 28 62 0.421697 62 0.421697 62 0.421697 62 0.421697 29 64 0.749894 64 0.749894 64 0.749894 64 0.749894 30 65 65 65 65 31 65 65 65 65 32 65 65 65 65 33 65 65 65 65 34 65 65 65 65 35 65 65 65 65 36 65 65 65 65 37 64 0.749894 65 65 65 38 62 0.421697 65 65 65 39 60 0.237137 65 65 65 40 59 0.177828 65 65 65 41 57 0.1 65 65 65 42 56 0.074989 63 0.562341 65 65 43 54 0.04217 62 0.421697 65 65 44 52 0.023714 60 0.237137 65 65 45 50 0.013335 59 0.177828 65 65 pc 26 46 49 0.01 57 0.1 65 65 47 47 0.005623 55 0.056234 64 0.749894 65 48 46 0.004217 54 0.04217 63 0.562341 65 49 45 0.003162 52 0.023714 62 0.421697 65 50 43 0.001778 50 0.013335 60 0.237137 65 51 41 0.001 49 0.01 59 0.177828 65 52 40 0.00075 47 0.005623 57 0.1 64 0.749894 53 38 0.000422 46 0.004217 56 0.074989 63 0.562341 54 37 0.000316 44 0.002371 55 0.056234 61 0.316228 55 35 0.000178 43 0.001778 53 0.031623 60 0.237137 56 34 0.000133 41 0.001 51 0.017783 59 0.177828 57 33 0.0001 40 0.00075 50 0.013335 57 0.1 58 32 7.5E-05 39 0.000562 49 0.01 56 0.074989 59 31 5.62E-05 38 0.000422 47 0.005623 54 0.04217 60 30 4.22E-05 36 0.000237 46 0.004217 53 0.031623 61 F 11.13025 35 0.000178 44 0.002371 51 0.017783 62 34 0.000133 42 0.001334 50 0.013335 63 33 0.0001 41 0.001 48 0.007499 64 32 7.5E-05 39 0.000562 47 0.005623 65 31 5.62E-05 38 0.000422 46 0.004217 66 31 5.62E-05 37 0.000316 44 0.002371 67 31 5.62E-05 36 0.000237 42 0.001334 68 30 4.22E-05 34 0.000133 41 0.001 69 F 15.92375 33 0.0001 40 0.00075 32 7.5E-05 39 0.000562 70 pc 27 7.5E-05 38 0.000422 71 32 72 327.5E-05370.000316 73 315.62E-05350.000178 74 315.62E-05340.000133 75 315.62E-05330.0001 76 315.62E-05327.5E-05 77 304.22E-05315.62E-05 78 F21.73131315.62E-05 79 315.62E-05 80 31 5.62E-05 81 31 5.62E-05 82 30 4.22E-05 83 F 26.60987 Bang 79 : Bien ddi nhift tam san phim a che d trung 75 "CviH Thtri Nhiet Gia trj Nhi?t Gia trj Nhift Gia trj gian a? (5 L d(10 L d9(15 L phiit) phiit) Nhi^t d^(20 phiit) phut) z=8 Gia trj L 30 2.37E-06 30 2.37E-06 30 2.37E-06 30 2.37E-06 31 3.16E-06 31 3.16E-06 31 3.16E-06 31 3.16E-06 32 4.22E-06 32 4.22E-06 32 4.22E-06 32 4.22E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 33 5.62E-06 34 7.5E-06 34 7.5E-06 34 7.5E-06 34 7.5E-06 35 0.00001 35 0.00001 35 0.00001 35 0.00001 36 1.33E-05 36 1.33E-05 36 1.33E-05 36 1.33E-05 g 37 1.78E-05 37 1.78E-05 37 1.78E-05 37 1.78E-05 38 2.37E-05 38 2.37E-05 38 2.37E-05 38 2.37E-05 10 39 3.16E-05 39 3.16E-05 39 3.16E-05 39 3.16E-05 11 40 4.22E-05 40 4.22E-05 40 4.22E-05 40 4.22E-05 pc 28 • ' 46 70 0.237137 75 75 75 47 68 0.133352 75 75 75 48 67 0.1 75 75 75 49 66 0.074989 73 0.562341 75 75 50 63 0.031623 72 0.421697 75 75 51 62 0.023714 70 0.237137 75 75 52 61 0.017783 69 0.177828 75 75 53 59 0.01 67 0.1 75 75 54 57 0.005623 64 0.04217 73 0.562341 75 55 56 0.004217 63 0.031623 71 0.316228 75 56 53 0.001778 62 0.023714 70 0.237137 75 57 52 0.001334 60 0.013335 68 0.133352 75 58 49 0.000562 58 0.007499 67 0.1 75 59 48 0.000422 57 0.005623 66 0.074989 74 0.749894 60 46 0.000237 56 0.004217 65 0.056234 72 0.421697 61 44 0.000133 54 0.002371 64 0.04217 70 0.237137 62 43 0.0001 52 0.001334 62 0.023714 69 0.177828 41 5.62E-05 51 0.001 59 0.01 67 0.1 64 40 4.22E-05 50 0.00075 57 0.005623 66 0.074989 65 39 3.16E-05 48 0.000422 56 0.004217 64 0.04217 66 37 1.78E-05 46 0.000237 54 0.002371 63 0.031623 67 36 1.33E-05 44 0.000133 53 0.001778 62 0.023714 68 35 0.00001 43 0.0001 52 0.001334 60 0.013335 69 34 7.5E-06 41 5.62E-05 50 0.00075 59 0.01 70 33 5.62E-06 40 4.22E-05 49 0.000562 57 0.005623 71 31 3.16E-06 39 3.16E-05 47 0.000316 56 0.004217 72 30 2.37E-06 37 1.78E-05 46 0.000237 54 0.002371 73 F 10.41799 36 1.33E-05 45 0.000178 53 0.001778 74 35 0.00001 42 7.5E-05 50 0.00075 75 32 4.22E-06 41 5.62E-05 49 0.000562 76 32 4.22E-06 39 3.16E-05 47 0.000316 77 32 4.22E-06 37 1.78E-05 46 0.000237 78 32 4.22E-06 36 1.33E-05 44 0.000133 79 31 3.16E-06 35 0.00001 43 0.0001 63 pc 30 80 31 3.16E-06 34 7.5E-06 41 5.62E-05 81 31 3.16E-06 33 5.62E-06 39 3.16E-05 82 31 3.16E-06 32 4.22E-06 38 2.37E-05 83 31 3.16E-06 32 4.22E-06 36 1.33E-05 84 30 2.37E-06 32 4.22E-06 35 0.00001 85 F 15.4245 32 4.22E-06 34 7.5E-O6 86 31 3.16E-06 33 5.62E-06 87 31 3.16E-06 32 4.22E-06 88 31 3.16E-06 32 4.22E-06 89 31 3.16E-06 32 4.22E-06 90 31 3.16E-06 32 4.22E-06 91 30 2.37E-06 32 4.22E-06 92 F 20.36454 32 4.22E-06 93 31 3.16E-06 94 31 3.16E-06 95 31 3.16E-06 96 31 3.16E-06 97 31 3.16E-06 98 30 2.37E-06 99 F 25.68943 Bang 80: Biln d6i nhiet tam san ph^^m is che trung 85C voi z=8 Thoi gian Nhiet Gia tri d^ (5 L phut) Nhiet (10 phut) Gia tri Nhiet Giatrj L dp (15 Gia tri L Nhiet (20 phut) phut) L 30 1.33E-07 30 1.33E-07 30 1.33E-07 30 1.33E-07 31 1.78E-07 31 1.78E-07 31 1.78E-07 31 1.78E-07 32 2.37E-07 32 2.37E-07 32 2.37E-07 32 2.37E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 33 3.16E-07 34 4.22E-07 34 4.22E-07 34 4.22E-07 34 4.22E-07 35 5.62E-07 35 5.62E-07 35 5.62E-07 35 5.62E-07 36 7.5E-07 36 7.5E-07 36 7.5E-07 36 7.5E-07 37 0.000001 37 0.000001 37 0.000001 37 0.000001 38 1.33E-06 38 1.33E-06 38 1.33E-06 38 1.33E-06 pc 31 10 39 1.78E-O6 39 1.78E-06 39 1.78E-06 39 1.78E-06 11 40 2.37E-O6 40 2.37E-06 40 2.37E-06 40 2.37E-06 12 41 3.16E-06 41 3.16E-06 41 3.16E-06 41 3.16E-06 13 43 5.62E-06 43 5.62E-06 43 5.62E-06 43 5.62E-06 14 45 0.00001 45 0.00001 45 0.00001 45 0.00001 15 46 1.33E-05 46 1.33E-05 46 1.33E-05 46 1.33E-05 16 48 2.37E-05 48 2.37E-05 48 2.37E-05 48 2.37E-05 17 49 3.16E-05 49 3.16E-05 49 3.16E-05 49 3.16E-05 18 50 4.22E-05 50 4.22E-05 50 4.22E-05 50 4.22E-05 19 51 5.62E-05 51 5.62E-05 51 5.62E-05 51 5.62E-05 20 52 7.5E-05 52 7.5E-05 52 7.5E-05 52 7.5E-05 21 54 0.000133 54 0.000133 54 0.000133 54 0.000133 22 55 0.000178 55 0.000178 55 0.000178 55 0.000178 23 56 0.000237 56 0.000237 56 0.000237 56 0.000237 24 57 0.000316 57 0.000316 57 0.000316 57 0.000316 25 59 0.000562 59 0.000562 59 0.000562 59 0.000562 26 60 0.00075 60 0.00075 60 0.00075 60 0.00075 27 61 0.001 61 0.001 61 0.001 61 0.001 28 62 0.001334 62 0.001334 62 0.001334 62 0.001334 29 64 0.002371 64 0.002371 64 0.002371 64 0.002371 30 65 0.003162 65 0.003162 65 0.003162 65 0.003162 31 66 0.004217 66 0.004217 66 0.004217 66 0.004217 32 68 0.007499 68 0.007499 68 0.007499 68 0.007499 33 69 0.01 69 0.01 69 0.01 69 0.01 34 70 0.013335 70 0.013335 70 0.013335 70 0.013335 35 72 0.023714 72 0.023714 72 0.023714 72 0.023714 36 73 0.031623 73 0.031623 73 0.031623 73 0.031623 37 75 0.056234 75 0.056234 75 0.056234 75 0.056234 38 77 0.1 77 0.1 77 0.1 77 0.1 39 78 0.133352 78 0.133352 78 0.133352 78 0.133352 40 79 0.177828 79 0.177828 79 0.177828 79 0.177828 41 81 0.316228 81 0.316228 81 0.316228 81 0.316228 42 84 0.749894 84 0.749894 84 0.749894 84 0.749894 43 85 85 85 85 pc 32 44 85 85 85 85 45 85 85 85 85 46 85 85 85 85 47 85 85 85 85 48 85 85 85 85 49 85 85 85 85 50 83 0.562341 85 85 85 51 80 0.237137 85 85 85 52 78 0.133352 85 85 85 53 77 0.1 85 85 85 54 75 0.056234 85 85 85 55 74 0.04217 84 0.749894 85 85 56 72 0.023714 82 0.421697 85 85 57 71 0.017783 81 0.316228 85 85 58 70 0.013335 79 0.177828 85 85 59 68 0.007499 78 0.133352 85 85 60 66 0.004217 76 0.074989 84 0.749894 85 61 64 0.002371 75 0.056234 82 0.421697 85 62 63 0.001778 73 0.031623 81 0.316228 85 63 61 0.001 71 0.017783 79 0.177828 85 64 59 0.000562 69 0.01 78 0.133352 85 65 57 0.000316 68 0.007499 76 0.074989 84 0.749894 66 56 0.000237 67 0.005623 74 0.04217 83 0.562341 67 55 0.000178 66 0.004217 72 0.023714 80 0.237137 68 53 0.0001 64 0.002371 71 0.017783 79 0.177828 69 51 5.62E-05 63 0.001778 69 0.01 77 0.1 70 50 4.22E-05 61 0.001 68 0.007499 75 0.056234 71 48 2.37E-05 60 0.00075 65 0.003162 74 0.04217 72 47 1.78E-05 59 0.000562 64 0.002371 72 0.023714 73 45 0.00001 57 0.000316 62 0.001334 71 0.017783 74 44 7.5E-06 56 0.000237 61 0.001 69 0.01 75 43 5.62E-06 55 0.000178 59 0.000562 67 0.005623 76 42 4.22E-06 53 0.0001 58 0.000422 66 0.004217 77 41 3.16E-06 51 5.62E-05 56 0.000237 64 0.002371 pc 33 78 40 2.37E-O6 49 3.16E-05 55 0.000178 63 0.001778 79 38 1.33E-06 48 2.37E-05 53 0.0001 61 0.001 80 37 0.000001 46 1.33E-05 52 7.5E-05 60 0.00075 81 35 5.62E-07 45 0.00001 50 4.22E-05 58 0.000422 82 34 4.22E-07 44 7.5E-06 49 3.16E-05 57 0.000316 83 33 3.16E-07 42 4.22E-06 48 2.37E-05 55 0.000178 84 32 2.37E-07 40 2.37E-06 47 1.78E-05 53 0.0001 85 32 2.37E-07 39 1.78E-06 45 0.00001 52 7.5E-05 86 32 2.37E-07 37 0.000001 43 5.62E-06 51 5.62E-05 87 32 2.37E-07 36 7.5E-07 42 4.22E-06 49 3.16E-05 88 31 1.78E-07 34 4.22E-07 40 2.37E-06 47 1.78E-05 89 31 1.78E-07 33 3.16E-07 38 1.33E-06 46 1.33E-05 90 31 1.78E-07 32 2.37E-07 37 0.000001 44 7.5E-06 91 31 1.78E-07 32 2.37E-07 36 7.5E-07 43 5.62E-06 92 30 1.33E-07 32 2.37E-07 34 4.22E-07 41 3.16E-06 93 F 9.838742 32 2.37E-07 33 3.16E-07 40 2.37E-06 94 32 2.37E-07 32 2.37E-07 39 1.78E-06 95 31 1.78E-07 32 2.37E-07 37 0.000001 96 31 1.78E-07 32 2.37E-07 36 7.5E-07 97 31 1.78E-07 32 2.37E-07 34 4.22E-07 98 31 1.78E-07 32 2.37E-07 33 3.16E-07 99 31 1.78E-07 31 1.78E-07 32 2.37E-07 100 30 1.33E-07 31 1.78E-07 32 2.37E-07 101 F 15.64865 31 1.78E-07 32 2.37E-07 102 31 1.78E-07 32 2.37E-07 103 31 1.78E-07 32 2.37E-07 104 31 1.78E-07 31 1.78E-07 105 30 1.33E-07 31 1.78E-07 106 F 20.61898 31 1.78E-07 107 31 1.78E-07 108 31 1.78E-07 109 30 1.33E-07 110 F 25.62831 pc 34 CONG HOA XA HOl CHU NGHlA \TjT NAM B5c lap-Tu do-Hanh phuc PHONG TNCS Bocrng thang TP.Cin Tho DT: 07103.834127 PHIEU KET QUA THlf NGHT^M S6: 151/18/04/2013 1.Ncri goi mau' (don vi ca nhan): NGUYEN THINHO 2.Loai man: Siro mit 3.Sdlugmgmiu: 01 4.Ngay nhSn mau: 09/04/13 5.Tinh trang mlu: binh thucmg 6.Ngay thii nghi?m: 10/04/13 7.Lmi mau: khong 8.Liy mau thu nghiem tai hien tnrong : khong 9.Ket qua thu nghiem : STT TEN Cffl TIEU PPTHU" KET QUA THtT NGHI^M |3-carotene (mg/L) HPLC 151.61 Ngay 19 thang 04 nam 2013 Phu trach bo phan vo co Trwng phong thi nghiem TOJONGDAIHO PHONG THI NGHIEM Ly Thi Kim Lan Tr^n Kim Tinh Cac kk qua thu nghiem chi co gia tri doi vdi mau gin den2 Ten mau, noi gin ghd theo yeu c&u khdch hdng Khdng duac tricKsao mplphinphiiu kit qua niu khong co su ding^/ cua trucrngphong TNCS BM 5.10-04 ... lupng cua si ro mit qua trinh bao quan23 Hinh 12: Su thay dii trang thai ciia dung dich si ro mit theo nong dp duong co sirdyng CMC26 Hinh 13a: Sir thay d6i mau sic ciia dung dich si ro mit bo... bien si ro sim", tac gia ket luan ring : + Sim trai chin mau den la su chpn lira tot nhat dung lam nguyen lieu cho qua trinh che bien si ro vdi sir tich luy cao cac chat dinh duang, trai sim chin... hoac cic viec khac Dim bio ve sinh an toan thpc phim cho nguoi su dung, de dang cit giu, bio quin va tranh dupe su xim nhip ciia vi sinh vat Sin phim si rd mit dupe sin xuit ttr gidng mit cd huong