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81. Simultaneous determination of 12 illicit drugs in hair sample by the nano-titania-modified covalent organic frameworks (NTM-COFs) on-line pass-through cleanup followed by UPLC-MS/MS
Chen, JP; Zhou, Y; Zhang, Y; Chen, ML
CHEMICAL PAPERS,2023,():-
影响因子与大类分区；证明编号：NBT-SCIE-2023-6564    社媒影响：  全文

82. Navigation Observer Design Using Vector Measurements and a GPS Sensor
Ahuatzin-Flores, G; Tang, Y; Espíndola-López, E
IEEE SENSORS JOURNAL,2023,23(19):23448-23455
影响因子与大类分区；证明编号：NBT-SCIE-2023-6562    社媒影响：  全文

83. Purification and Concentration of Minor Impurity in the Bulk Drug by Step-Gradient Twin-Column Recycling Chromatography
Wei, F; Hu, Y; Zhao, YX; Wu, YX; Jin, GX
INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH,2023,62(15):6241-6250
影响因子与大类分区；证明编号：NBT-SCIE-2023-6559    社媒影响：  全文

84. Room-temperature processed TiO₂ to construct composite electron transport layers for efficient planar perovskite solar cells
Wang, JD; Dong, Z; Wang, JJ; Zhang, JW; Zhai, ZY; Qiu, FZ; Wu, JP; Lin, Y; Zhang, JB
JOURNAL OF MATERIALS CHEMISTRY A,2023,11(41):22206-22215
影响因子与大类分区；证明编号：NBT-SCIE-2023-6558    社媒影响：  全文

85. Modulating Oxygen Vacancies in Lead Chromate for Photoelectrocatalytic Water Splitting
Zhou, HP; Zhang, DY; Xie, HC; Liu, Y; Meng, CX; Zhang, PF; Fan, FT; Li, RG; Li, C
ADVANCED MATERIALS,2023,35(29):-
影响因子与大类分区；证明编号：NBT-SCIE-2023-6557    社媒影响：  全文

86. A quaternary heterojunction nanoflower for significantly enhanced electrochemical water splitting
Chen, H; Liu, WQ; Li, JN; Chen, LL; Li, GC; Zhao, WN; Tao, K; Han, L
DALTON TRANSACTIONS,2023,52(36):12668-12676
影响因子与大类分区；证明编号：NBT-SCIE-2023-6556    社媒影响：  全文

87. Precise design and in situ synthesis of hollow Co₉S₈@CoNi-LDH heterostructure for high-performance supercapacitors
Zhou, JC; Wang, YC; Chen, LL; Zhao, WN; Han, L
DALTON TRANSACTIONS,2023,52(36):12978-12987
影响因子与大类分区；证明编号：NBT-SCIE-2023-6555    社媒影响：  全文

88. Zeolitic Imidazolate Framework-Derived Zn/Co-S@Ni(OH)₂ Nanoarrays with Excellent Energy Storage and Electrocatalytic Performance
Chen, LL; Zhao, WN; Chen, H; Tao, K; Li, GC; Han, L
INORGANIC CHEMISTRY,2023,62(35):14300-14309
影响因子与大类分区；证明编号：NBT-SCIE-2023-6554    社媒影响：  全文

89. Controlled preparation of CoNi₂S₄ nanorods derived from MOF-74 nanoarrays involving an exchange reaction for high energy density supercapacitors
Chen, QH; Zhao, WN; Huang, ZH; Li, GC; Tao, K; Han, L
DALTON TRANSACTIONS,2023,52(27):9346-9355
影响因子与大类分区；证明编号：NBT-SCIE-2023-6553    社媒影响：  全文

90. Modulating active oxygen species on α-MnO₂ with K and Pb for SCR of NO at low temperatures
Yang, G; Luo, X; Liu, S; Sun, CG; Wu, T
CATALYSIS SCIENCE & TECHNOLOGY,2023,():-
影响因子与大类分区；证明编号：NBT-SCIE-2023-6552    社媒影响：  全文

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