Facile construction of Ag, In₂O_3, or Nd₂O₃ nanoparticles (NPs) incorporated mesoporous LaNaTaO₃ nanocrystalline using Pluronic F-127 were explored for photocatalytic H₂ generation compared to pristine LaNaTaO₃ nanocrystalline. The mesoporous LaNaTaO₃ was achieved a little H₂ generation ~ 40 µmolg⁻¹; however, H₂ generation extremely promotes with the incorporation of Ag, In₂O_3, and Nd₂O₃ NPs compared to pristine LaNaTaO₃. The yield of the H₂ generation of Ag/LaNaTaO₃ photocatalyst was greater 75 times than pristine LaNaTaO₃. A maximum H₂ generation ~1755, 2281.5, and 2965.9 µmolg⁻¹ was achieved for Nd₂O₃, In₂O_3, or Ag/LaNaTaO₃ photocatalysts, respectively. The H₂ generation rate for Ag/LaNaTaO₃ photocatalyst was calculated to be ~ 329.5 μmolg⁻¹h⁻¹, 110 times greater than that of pristine LaNaTaO₃ (3 μmolg⁻¹h⁻¹). The H₂ generation rate of Ag/LaNaTaO₃ photocatalyst was faster 1.7 and 1.3 times than that either Nd₂O₃ or In₂O₃/LaNaTaO₃ photocatalysts, respectively_, indicating the highly promoted photocatalytic H₂ generation of Ag/LaNaTaO₃ photocatalyst. The impact of Ag, In₂O₃, or Nd₂O₃ NPs on the morphology, crystal structure, optical, photoelectrochemical, photoluminescence measurement of mesoporous LaNaTaO₃ nanocrystalline, and their H₂ generation in the existence aqueous glycerol solution were studied in detail.

的Ag的简易结构，在₂ ö _3，或Nd ₂ ö _3个纳米颗粒（NP）掺入介孔LaNaTaO ₃使用的Pluronic F-127进行了探索用于光催化纳米ħ ₂代相比质朴LaNaTaO ₃纳米。介孔LaNaTaO ₃达到一点ħ ₂代〜40μmolg ^-1 ; 然而，与原始LaNaTaO ₃相比，Ag，In ₂ O ₃和Nd ₂ O ₃ NP的引入极大地促进了H _2的产生。。Ag / LaNaTaO ₃光催化剂的H ₂生成量是原始LaNaTaO _3的75倍。Nd ₂ O ₃，In ₂ O ₃或Ag / LaNaTaO ₃光催化剂的最大H ₂生成量分别约为1755、2281.5和2965.9 µmolg ^-1。Ag / LaNaTaO ₃光催化剂的H ₂产生率经计算为〜329.5μmolg ^-1 h ^-1，是原始LaNaTaO ₃（3μmolg ^-1 h ^-1）的110倍。HAg / LaNaTaO ₃光催化剂的₂生成速率分别比Nd ₂ O ₃或In ₂ O ₃ / LaNaTaO ₃光催化剂的1.7和1.3倍快_，表明Ag / LaNaTaO ₃光催化剂的光催化H ₂生成得到高度促进。Ag，In ₂ O ₃或Nd ₂ O ₃ NPs对介孔LaNaTaO ₃纳米晶体及其H ₂的形态，晶体结构，光学，光电化学，光致发光测量的影响 详细研究了在存在的甘油水溶液中的生成。