The average shrinkage ratios for th

The average shrinkage ratios for the slow- and fast-axes to the Z-axis were 1:1.37 and 1:2.74, respectively. These extreme differences can be attributed
to the layer-by-layer production method and binder burn-off. At 7608C, the apparent porosity reached a minimum of 0.36 percent, indicative of
asymptotic behavior that approaches a fully dense 3DP glass specimen. At low firing temperatures, the bulk density was similar to water, but increased
to a maximum of 2.41g/cm3. This indicates that 3DP recycled glass can behave similarly to common glass with accepted published bulk densities
ranging from 2.4-2.8g/cm3.

結果 (中文) 1:

平均收缩率为慢和快-轴与 z 轴分别为 1:1.37 和 1:2.74。这些极端的差异可以归因于层-层生产方法和粘结剂燃尽。7608 C，显气孔率达到最低为 0.36%，指示性的方法充分致密 3DP 玻璃试样的渐近行为。在低的烧成温度下，体积密度是与水相似，但增加g/c m 3, 2.41 最多。这表明，3DP 再生的玻璃可以表现得同样对普通玻璃与接受出版的体积密度从 2.4-2.8g/cm3。

結果 (中文) 3:

平均收缩率为慢-快轴和z轴分别为1.37和2.74，分别为。这些极端的差异可以归因于层的层的生产方法和粘合剂燃烧掉。在7608c，显气孔率达到最小值百分之0.36，表明
渐近接近完全致密的3DP玻片标本。在低温下，体积密度与水，但
增加到最大2.41g/cm3。这表明，回收的玻璃可以同时表现类似普通玻璃与接受的容重从2.4-2.8g/cm3
发表。