合成了锡基钙钛矿和石墨氮化碳（gCN）之间的新型异质结，以实现增强的空间电荷分离。 立方体镍锡氧化物 (NSO) 和 gCN 之间的界面耦合是通过 NSO 的表面位点实现的。

2024年1月1日 · In this study, a novel intimately bounded S-scheme heterojunction between gCN and NSO is developed for the first time by a simple ultrasonication-calcination method. The synthesized material is physicochemically characterized.

2024年1月1日 · A novel heterojunction between Sn-based perovskite and graphitic carbon nitride (gCN) is synthesized to achieve an enhanced spatial charge separation. The interfacial coupling between cube-shaped nickel tin oxide (NSO) and gCN is …

2024年1月1日 · A novel NSO-gCN binary composite was successfully synthesized by anchoring NSO over gCN using a facile approach. The NSO-gCN composite exhibited high surface area, and an improved light absorption ability and exposed sites for the photocatalytic reduction of nitrogen to ammonia.

nso-gcn 光催化剂表现出良好的稳定性，在 3 个光催化反应循环中测得的活性仅略有下降。 该研究揭示了一种利用锡基钙钛矿进行可持续氨合成来设计高效S型异质结的新策略。

A novel heterojunction between Sn-based perovskite and graphitic carbon nitride (gCN) is synthesized to achieve an enhanced spatial charge separation. The interfacial coupling between cube-shaped nickel tin oxide (NSO) and gCN is achieved through the surface sites in NSO.

2022年5月20日 · 这里提供一种Gaussian+ORCA联用获得UCCSD非弛豫密度下NO的做法，总的思路是用ORCA得到NSO，自己构造出NO，传回fch文件用于可视化。 Step 1 . 用高斯做个UHF计算

2023年8月22日 · In this study, an inexpensive Sn-based perovskite (NiSnO3, NSO) was anchored over the g-C3N4 (gCN) sheets under mild reaction conditions to develop an S-scheme heterojunction for the photocatalytic nitrogen reduction reaction.

2025年3月14日 · Unlike the others, it appears to use the Switch 2 model number prefix (BEE), rather than the Switch 1 prefix (HAC), with the full model number being BEE-021. This suggests that the corresponding GCN NSO service will probably be Switch 2 exclusive, which probably makes sense from a hardware power perspective.

2025年3月15日 · 完全なモデル番号は BEE-021 です。これは、対応する GCN NSO サービスが Switch 2 専用になることを示唆しており、ハードウェアのパワーの観点からは理にかなっていると思われます。