where diis shrinkage as a percentag

where diis shrinkage as a percentage, and T is the peak firing
temperature in degrees Celsius. High coefficients of
determination, R2, greater than 0.97 were found for all
cases using linear models, signifying good data representation.
It is worth noting that peak firing temperatures at and above
7608C are beyond the range of the shrinkage sintering models
and were excluded during curve fitting. This is due to the
vitreous transition of the 3DP recycled glass at high
temperatures.

結果 (中文) 1:

凡进行收缩率为一个百分比，以及 T 是峰值射击在摄氏度的温度。高系数测定，R2，大于 0.97 发现所有情况下，使用线性模型，表示良好的数据表示形式。值得注意的是烧成温度下及以上的山峰7608 C 是收缩的超出范围烧结模型和被排除在曲线拟合。这是由于在高 3DP 回收玻璃玻璃转型温度。

結果 (中文) 3:

在进行收缩为一个百分比，和T是峰值发射摄氏度的温度。高系数测定，R2大于0.97被发现在所有使用线性模型的情况下，意味着良好的数据表示。值得注意的是，最高燃烧温度在7608c超出范围的收缩烧结模型在曲线拟合过程中被排除。这是由于在高的3DP再生玻璃转变温度。