The powder packing for each CaP:CaS

The powder packing for each CaP:CaSO 4 composite powder was de-
termined by measuring the in-process powder bed density and bulk
density.Twocustom-madereservoirs(150mm×150mm,withadjust-
able height) were placed in the feed and build area in a thermal ink-jet
3Dprinter(Zcorp310,ZCorporation,UK).Thereservoirsweredesigned
for the purpose of reducing the amount of powder required for the 3DP
process and also to assist in the measurement of the powder bed densi-
ty.Specifically,thereservoirin thefeedareawasfilledwitha composite
powder prior to the 3DP process. During the process, a relative small
component (0.1 mm × 0.1 mm × 10 mm) was printed, which added
negligible mass to the powder bed. Consequently the powder was
spread from the feed area to the other reservoir located in the build
area. Following this step, the reservoir in the build area was removed
fromthe3Dprinter.Themassofpowderwithinthereservoirandheight
of thepowder bed were measured and subsequently used to determine
thein-process powder bed density. Thepowderbulk density was quan-
tified in accordance with the ISO Standard 10545–3 [33]. Additionally
the powder bed packing ratio was calculated (Eq. (1)).

結果 (中文) 1:

包装为每个章： 卡索 4 复合粉末的粉末就是德-通过测量过程中粉床层密度和散装机端密度。Twocustom madereservoirs(150mm×150mm,withadjust-能高度） 被放置在中热喷墨的饲料和生成的区域3Dprinter(Zcorp310,ZCorporation,UK)。Thereservoirsweredesigned为了减少所需的 3DP 的粉末过程并还应协助的粉床密度的测量ty。具体来说，thereservoirin thefeedareawasfilledwitha 复合材料在 3DP 进程之前的粉末。在过程中，一个相对小组件 （0.1 毫米 × 0.1 毫米 × 10 毫米） 打印，其中添加到了粉床上可以忽略不计质量。因此粉末就是从饲料地区蔓延到位于生成对其它水库地区。在该步骤中，构建库区被删除fromthe3Dprinter.Themassofpowderwithinthereservoirandheight干水的床上被测量并随后用于确定登过程粉床层密度。Thepowderbulk 密度是泉，根据 ISO 标准 10545 — — 3 [33] 的量化。此外计算了粉床填料比例 （方程 （1））。

結果 (中文) 3:

粉每盖包装：CaSO 4复合粉体的
确定测量过程粉末床层密度和体积密度
。twocustom madereservoirs（150mm×150mm，withadjust -
能够高度）被放置在饲料和热喷墨
3dprinter建立地区（zcorp310，zcorporation，英国）。thereservoirsweredesigned
为降低为3DP
需粉量的目的过程并协助在粉末床密度测量
性。具体来说，thereservoirin thefeedareawasfilledwitha复合
粉末3DP工艺之前。在这一过程中，一个相对较小的
组件（0.1毫米0.1毫米10毫米××）印刷，其中粉末床加
质量可忽略不计。因此，粉
从饲料地区蔓延到其他水库位于建设
地区。这一步之后，在建立地区储层被删除
fromthe3dprinter。测量和用于确定
登过程中粉床密度themassofpowderwithinthereservoirandheight
化床。thepowderbulk密度为泉
可按照ISO 10545标准–3 [ 33 ]。此外
粉末床填料比计算（式（1））。