#金佑星[超话]#✨#加州甜豆金佑星##HEAL新专大发#
20221030【web】THEHONEYPOP更新佑星相关一则
#巡演第七站: 亚特兰大#
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✨资源: 么哈哈
礼包链接：https://t.cn/AinyRrgj
招新链接：https://t.cn/AidzOu9t
20221030【web】THEHONEYPOP更新佑星相关一则
#巡演第七站: 亚特兰大#
https:// thehoneypop. com/2022/10/30/live-photo-exclusive-the-rose-in-atlanta-ga/?utm_campaign=meetedgar&utm_medium=social&utm_source=meetedgar.com
✨资源: 么哈哈
礼包链接：https://t.cn/AinyRrgj
招新链接：https://t.cn/AidzOu9t
super happy [哈哈]
ga nyangka dan seneengg pol wkwkwk
salah satu privilege yg paling aku suka dan literally enjoy it as their child is i can buy any book i want. kemarin bahkan cuma di ok in tanpa dinyinyirin WKWKWKWK. buku harry potter ga bakal kejangkau kalo ga mode anak ayah
tq ayah ehehehe
ga nyangka dan seneengg pol wkwkwk
salah satu privilege yg paling aku suka dan literally enjoy it as their child is i can buy any book i want. kemarin bahkan cuma di ok in tanpa dinyinyirin WKWKWKWK. buku harry potter ga bakal kejangkau kalo ga mode anak ayah
tq ayah ehehehe
【Engineering：一种促进低温快速沉积Cu(In,Ga)Se2薄膜生长的单加热克努森蒸发源的改良设计（Boosting Cu(In,Ga)Se2 Thin Film Growth in Low-Temperature Rapid-Deposition Processes: An Improved Design for the Single-Heating Knudsen Cell）】在共蒸发工艺中，克努森蒸发源经常被用来生长高质量Cu(In,Ga)Se2（CIGS）薄膜。然而，在整个薄膜沉积过程中（尤其在低温工艺下），传统单加热克努森蒸发源不能使金属完全硒化，这可能是由蒸发源坩埚喷嘴处的冷凝和液滴喷射现象造成的。本文将通过热力学分析解释这一现象，同时提出了一种新型单加热克努森蒸发源来解决这一问题。与传统低温快速沉积工艺相比，新型单加热蒸发源提高了薄膜质量，并在230 nm·min–1的生长速率下，将器件相对效率提高了29%。#Engineering# 开放获取论文全文：https://t.cn/A6Mhj8JH
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