Printed Masks(印刷口罩)到底是什麼？
Printed Masks 印刷口罩 - Six patients were irradiated with whole brain radiotherapy using individually 3D-printed masks. [1] , 3D-printed masks and washable masks) are the most sustainable from a life cycle perspective, drastically reducing the environmental impacts in all categories. [2] Filtration efficiency of 3D-printed masks with replaceable filter media was found to depend on the degree of sealing around the media holder, which depended on the material’s compressibility. [3] The results demonstrate the capability of using 3D-printed masks as a replacement of the traditional medical masks (i. [4]使用單獨的 3D 打印面罩對六名患者進行全腦放射治療。 [1] 、3D 打印口罩和可清洗口罩）從生命週期的角度來看是最可持續的，大大減少了所有類別的環境影響。 [2] 發現具有可更換過濾介質的 3D 打印口罩的過濾效率取決於介質支架周圍的密封程度，這取決於材料的可壓縮性。 [3] 結果證明了使用 3D 打印口罩替代傳統醫用口罩（即。 [4]
3d Printed Masks 3d 打印面具
Finally, the 3D printed masks were also used to induce LPGs using the mechanical pressing method. [1] Although ensuring proper sealing seems to be difficult, it can be optimized by the personalized 3D printed masks/respirators, specially designed for each healthcare worker. [2] In the approach, we use custom 3D printed masks along with simple chemistry modifications to engineer highly localized hydrophilic 'virtual microwells', or microspots, on paper for 3D cell aggregation, surrounded by hydrophobic barriers that prevent inter-microspot mixing. [3]最後，3D 打印的掩模也被用於使用機械壓制方法誘導液化石油氣。 [1] 儘管確保正確密封似乎很困難，但可以通過專為每位醫護人員設計的個性化 3D 打印面罩/呼吸器對其進行優化。 [2] 在該方法中，我們使用定制的 3D 打印掩模和簡單的化學修飾，在紙上設計高度局部的親水“虛擬微孔”或微點，用於 3D 細胞聚集，周圍環繞著防止微點間混合的疏水屏障。 [3]