Mechanical Modification of Resin Capsules by Adding Steel Particles
Table 1
Critical parameters of the prepared specimens.
No.
Particle size (mm)
Particle weight (g)
ID
Total weight (g)
Difference (g)
Ratio
Percentage (%)
1
0
0
R1
411.11
416.00∗0
—
—
—
2
R2
419.22
3
R3
417.66
4
0.6
80
M0.6-80-1
464.53
48.53
0.61
10.45
5
120
M0.6-120-1
471.18
55.18
0.46
11.71
6
160
M0.6-160-1
515.5
99.50
0.62
19.30
7
200
M0.6-200-1
531.86
115.86
0.58
21.78
8
240
M0.6-240-1
555.91
139.91
0.58
25.17
9
1
80
M1.0-80-1
455.02
39.02
0.49
8.58
10
M1.0-80-2
470.42
54.42
0.68
11.57
11
120
M1.0-120-1
493.08
77.08
0.64
15.63
12
M1.0-120-2
490.19
74.19
0.62
15.14
13
160
M1.0-160-1
486.36
70.36
0.44
14.47
14
M1.0-160-2
518.79
102.79
0.64
19.81
15
200
M1.0-200-1
543.81
127.81
0.64
23.50
16
1.4
40
M1.4-40-1
441.19
25.19
0.63
5.71
17
M1.4-40-2
426.53
10.53
0.26
2.47
18
M1.4-40-3
448.59
32.59
0.81
7.27
19
80
M1.4-80-1
466.94
50.94
0.64
10.91
20
M1.4-80-2
473.41
57.41
0.72
12.13
21
M1.4-80-3
483.27
67.27
0.84
13.92
22
120
M1.4-120-1
511.38
95.38
0.79
18.65
23
M1.4-120-2
495.41
79.41
0.66
16.03
24
160
M1.4-160-1
524.68
108.68
0.68
20.71
25
M1.4-160-2
537.42
121.42
0.76
22.59
26
1.8
40
M1.8-40-1
447.69
31.69
0.79
7.08
27
M1.8-40-2
449.63
33.63
0.84
7.48
28
M1.8-40-3
442.11
26.11
0.65
5.91
29
80
M1.8-80-1
476.23
60.23
0.75
12.65
30
M1.8-80-2
479.28
63.28
0.79
13.20
31
M1.8-80-3
459.45
43.45
0.54
9.46
32
120
M1.8-120-1
498.53
82.53
0.69
16.56
33
M1.8-120-2
496.66
80.66
0.67
16.24
34
M1.8-120-3
498.19
82.19
0.68
16.50
35
160
M1.8-160-1
526.63
110.63
0.69
21.01
36
2.2
40
M2.2-40-1
429.75
13.75
0.34
3.20
37
M2.2-40-2
442.59
26.59
0.66
6.01
38
M2.2-40-3
442.32
26.32
0.66
5.95
39
60
M2.2-60-1
453.85
37.85
0.63
8.34
40
M2.2-60-2
451.44
35.44
0.59
7.85
41
M2.2-60-3
471.44
55.44
0.92
11.76
42
80
M2.2-80-1
471.21
55.21
0.69
11.72
43
M2.2-80-2
481.79
65.79
0.82
13.66
44
M2.2-80-3
468.52
52.52
0.66
11.21
45
120
M2.2-120-1
502.07
86.07
0.72
17.14
46
M2.2-120-2
508.47
92.47
0.77
18.19
47
160
M2.2-160-1
497.7
81.70
0.51
16.42
Average weight of R1∼3. Difference between the actual weight of each specimen and the average weight (416 g) of the resin specimen; taking M1.4-40-1 as an example, the difference is 441.19–416 = 25.19. Ratio between the actual particle weight and theoretical particle weight; taking M1.4-40-1 as an example, the ratio is 25.19/40 = 0.63. Percentage between the formerly mentioned “Difference” and “Total weight” in the table.
