Grubbs格拉布斯检验临界值表
n0.90.950.9750.990.995
3 1.148 1.153 1.155 1.155 1.155
4 1.42
5 1.463 1.481 1.492 1.496
5 1.602 1.672 1.715 1.749 1.764
6 1.729 1.822 1.88
7 1.944 1.973
7 1.828 1.938 2.02 2.097 2.139
8 1.909 2.032 2.126 2.221 2.274
9 1.977 2.11 2.215 2.323 2.387
10 2.036 2.176 2.29 2.41 2.482
11 2.088 2.234 2.355 2.485 2.564
12 2.134 2.285 2.412 2.55 2.636
13 2.175 2.331 2.462 2.607 2.699
14 2.213 2.371 2.507 2.659 2.755
15 2.247 2.409 2.549 2.705 2.806
16 2.279 2.443 2.585 2.747 2.852
17 2.309 2.475 2.62 2.785 2.894
18 2.335 2.504 2.651 2.821 2.932
19 2.361 2.532 2.681 2.854 2.968
20 2.385 2.557 2.709 2.884 3.001
21 2.408 2.58 2.733 2.912 3.031
22 2.429 2.603 2.758 2.939 3.06
23 2.448 2.624 2.781 2.963 3.087
24 2.467 2.644 2.802 2.987 3.112
25 2.486 2.663 2.822 3.009 3.135
26 2.502 2.681 2.841 3.029 3.157
27 2.519 2.698 2.859 3.049 3.178
28 2.534 2.714 2.876 3.068 3.199
29 2.549 2.73 2.893 3.085 3.218
30 2.563 2.745 2.908 3.103 3.236
31 2.577 2.759 2.924 3.119 3.253
32 2.591 2.773 2.938 3.135 3.27
33 2.604 2.786 2.952 3.15 3.286
34 2.616 2.799 2.965 3.164 3.301
35 2.628 2.811 2.979 3.178 3.316
36 2.639 2.823 2.991 3.191 3.33
37 2.65 2.835 3.003 3.204 3.343
38 2.661 2.846 3.014 3.216 3.356
39 2.671 2.857 3.025 3.228 3.369
40 2.682 2.866 3.036 3.24 3.381
41 2.692 2.877 3.046 3.251 3.393
42 2.7 2.887 3.057 3.261 3.404
43 2.71 2.896 3.067 3.271 3.415
44 2.719 2.905 3.075 3.282 3.425
45 2.727 2.914 3.085 3.292 3.435
46 2.736 2.923 3.094 3.302 3.445
47 2.744 2.931 3.103 3.31 3.455
48 2.753 2.94 3.111 3.319 3.464
49 2.76 2.948 3.12 3.329 3.474
50 2.768 2.956 3.128 3.336 3.483
51 2.775 2.964 3.136 3.345 3.491
52 2.783 2.971 3.143 3.353 3.5
53 2.79 2.978 3.151 3.361 3.507
54 2.798 2.986 3.158 3.368 3.516
55 2.804 2.992 3.166 3.376 3.524
56 2.8113 3.172 3.383 3.531
57 2.818 3.006 3.18 3.391 3.539
58 2.824 3.013 3.186 3.397 3.546
59 2.831 3.019 3.193 3.405 3.553
60 2.837 3.025 3.199 3.411 3.56
61 2.842 3.032 3.205 3.418 3.566
62 2.849 3.037 3.212 3.424 3.573
63 2.854 3.044 3.218 3.43 3.579
64 2.86 3.049 3.224 3.437 3.586
65 2.866 3.055 3.23 3.442 3.592
66 2.871 3.061 3.235 3.449 3.598
67 2.877 3.066 3.241 3.454 3.605
68 2.883 3.071 3.246 3.46 3.61
69 2.888 3.076 3.252 3.466 3.617
70 2.893 3.082 3.257 3.471 3.622
71 2.897 3.087 3.262 3.476 3.627
72 2.903 3.092 3.267 3.482 3.633
73 2.908 3.098 3.272 3.487 3.638
74 2.912 3.102 3.278 3.492 3.643
75 2.917 3.107 3.282 3.496 3.648
76 2.922 3.111 3.287 3.502 3.654
77 2.927 3.117 3.291 3.507 3.658
78 2.931 3.121 3.297 3.511 3.663
79 2.935 3.125 3.301 3.516 3.669
80 2.94 3.13 3.305 3.521 3.673
81 2.945 3.134 3.309 3.525 3.677
82 2.949 3.139 3.315 3.529 3.682
83 2.953 3.143 3.319 3.534 3.687
84 2.957 3.147 3.323 3.539 3.691
85 2.961 3.151 3.327 3.543 3.695
86 2.966 3.155 3.331 3.547 3.699
87 2.97 3.16 3.335 3.551 3.704
88 2.973 3.163 3.339 3.555 3.708
89 2.977 3.167 3.343 3.559 3.712
90 2.981 3.171 3.347 3.563 3.716
91 2.984 3.174 3.35 3.567 3.72
92 2.989 3.179 3.355 3.57 3.725
93 2.993 3.182 3.358 3.575 3.728
94 2.996 3.186 3.362 3.579 3.732 953 3.189 3.365 3.582 3.736
96 3.003 3.193 3.369 3.586 3.739
97 3.006 3.196 3.372 3.589 3.744
98 3.011 3.201 3.377 3.593 3.747
99 3.014 3.204 3.38 3.597 3.75 100 3.017 3.207 3.383 3.6 3.754