Search

Your search keyword '"Wu, Lizhen"' showing total 440 results
Start Over Author "Wu, Lizhen"
440 results on '"Wu, Lizhen"'

68. Generalized load graphical forecasting method based on modal decomposition

Author

Wu, Lizhen, Chang, Peixin, Chen, Wei, and Pei, Tingting

Abstract

In a “low-carbon” context, the power load is affected by the coupling of multiple factors, which gradually evolves from the traditional “pure load” to the generalized load with the dual characteristics of “load + power supply.” Traditional time-series forecasting methods are no longer suitable owing to the complexity and uncertainty associated with generalized loads. From the perspective of image processing, this study proposes a graphical short-term prediction method for generalized loads based on modal decomposition. First, the datasets are normalized and feature-filtered by comparing the results of Xtreme gradient boosting, gradient boosted decision tree, and random forest algorithms. Subsequently, the generalized load data are decomposed into three sets of modalities by modal decomposition, and red, green, and blue (RGB) images are generated using them as the pixel values of the R, G, and B channels. The generated images are diversified, and an optimized DenseNet neural network was used for training and prediction. Finally, the base load, wind power, and photovoltaic power generation data are selected, and the characteristic curves of the generalized load scenarios under different permeabilities of wind power and photovoltaic power generation are obtained using the density-based spatial clustering of applications with noise algorithm. Based on the proposed graphical forecasting method, the feasibility of the generalized load graphical forecasting method is verified by comparing it with the traditional time-series forecasting method.

Published
2024
Full Text
View/download PDF

72. Supplementary Tables 2-13 from Acquired Resistance to HER2-Targeted Therapies Creates Vulnerability to ATP Synthase Inhibition

Author

Gale, Molly, primary, Li, Yao, primary, Cao, Jian, primary, Liu, Zongzhi Z., primary, Holmbeck, Marissa A., primary, Zhang, Meiling, primary, Lang, Sabine M., primary, Wu, Lizhen, primary, Do Carmo, Mariana, primary, Gupta, Swati, primary, Aoshima, Keisuke, primary, DiGiovanna, Michael P., primary, Stern, David F., primary, Rimm, David L., primary, Shadel, Gerald S., primary, Chen, Xiang, primary, and Yan, Qin, primary

Published
2023
Full Text
View/download PDF

73. Data from Acquired Resistance to HER2-Targeted Therapies Creates Vulnerability to ATP Synthase Inhibition

Author

Gale, Molly, primary, Li, Yao, primary, Cao, Jian, primary, Liu, Zongzhi Z., primary, Holmbeck, Marissa A., primary, Zhang, Meiling, primary, Lang, Sabine M., primary, Wu, Lizhen, primary, Do Carmo, Mariana, primary, Gupta, Swati, primary, Aoshima, Keisuke, primary, DiGiovanna, Michael P., primary, Stern, David F., primary, Rimm, David L., primary, Shadel, Gerald S., primary, Chen, Xiang, primary, and Yan, Qin, primary

Published
2023
Full Text
View/download PDF

74. Supplementary Figures 1-11, Table 1, method and references from Acquired Resistance to HER2-Targeted Therapies Creates Vulnerability to ATP Synthase Inhibition

Author

Gale, Molly, primary, Li, Yao, primary, Cao, Jian, primary, Liu, Zongzhi Z., primary, Holmbeck, Marissa A., primary, Zhang, Meiling, primary, Lang, Sabine M., primary, Wu, Lizhen, primary, Do Carmo, Mariana, primary, Gupta, Swati, primary, Aoshima, Keisuke, primary, DiGiovanna, Michael P., primary, Stern, David F., primary, Rimm, David L., primary, Shadel, Gerald S., primary, Chen, Xiang, primary, and Yan, Qin, primary

Published
2023
Full Text
View/download PDF

76. Structural Basis for KDM5A Histone Lysine Demethylase Inhibition by Diverse Compounds

Author

Horton, John R., Liu, Xu, Gale, Molly, Wu, Lizhen, Shanks, John R., Zhang, Xing, Webber, Philip J., Bell, Joshua S.K., Kales, Stephen C., Mott, Bryan T., Rai, Ganesha, Jansen, Daniel J., Henderson, Mark J., Urban, Daniel J., Hall, Matthew D., Simeonov, Anton, Maloney, David J., Johns, Margaret A., Fu, Haian, Jadhav, Ajit, Vertino, Paula M., Yan, Qin, and Cheng, Xiaodong

Published
2016
Full Text
View/download PDF

78. Synergistic promotion by highly active square-shaped lead oxide and visualized electrolyzer for enhanced electrochemical ozone production

Author

Liu, Jia, Wang, Shibin, Cai, Jinfu, Wu, Lizhen, Liu, Yun, He, Jiahui, Xu, Zaixiang, Peng, Xiaoge, Zhong, Xing, An, Liang, and Wang, Jianguo

Abstract

Electrochemical ozone production (EOP) is an intrinsically safe technology compared to Corona discharge methods for ozone generation. However, EOP technology exhibits higher electrical utility demand. Herein, a square-shaped lead oxide (PbOx-CTAB-120) electrocatalyst with outstanding EOP activity has been successfully prepared by a simple method. Then the PbOx-CTAB-120 was assembled into a newly visualized EOP electrolyzer (with parallel flow field) at 1.0 A cm−2in ultrapure water. The gaseous ozone yield reached 588 mg h−1g−1catalyst, corresponding to a specific energy consumption (PEOP) of 56 Wh g−1gaseous ozone. In-situ18O isotope-labelled differential electrochemical mass spectrometry reveals that PbOx-CTAB-120 undergoes phase shuttling to β-PbO2viathe lattice oxygen oxidation mechanism pathway. Furthermore, density functional theory calculations for multiple reaction pathways on the Pb3O4(110) surface also demonstrated the participance of lattice oxygen in the EOP process, with the results show that the oxygen vacancy generated from lattice oxygen migration could effectively stabilize the OOH* and O2* reaction intermediate in contrast to the adsorbate evolution mechanism. Therefore, the presence of highly stabilized surfaces Pb3O4(110) on PbOx-CTAB-120 before phase shuttling and the stabilization of β-PbO2(101) and β-PbO2(110) crystalline surfaces after phase shuttling allowed PbOx-CTAB-120 to maintain its excellent EOP activity and stability. Moreover, based on computational fluid dynamics simulations and experimental observations, the parallel flow field design facilitated efficient mass transfer of the gaseous product (O2+O3) and effective thermal dissipation of the system. In addition, the high activity electrocatalyst coupled with the optimized EOP electrolyzer enabled efficient in-situdegradation of organic species.

Published
2024
Full Text
View/download PDF

80. Structure Design for Ultrahigh Power Density Proton Exchange Membrane Fuel Cell

Author

Zhang, Guobin, primary, Wu, Lizhen, additional, Tongsh, Chasen, additional, Qu, Zhiguo, additional, Wu, Siyuan, additional, Xie, Biao, additional, Huo, Wenming, additional, Du, Qing, additional, Wang, Huizhi, additional, An, Liang, additional, Wang, Ning, additional, Xuan, Jin, additional, Chen, Wenmiao, additional, Xi, Fuqiang, additional, Wang, Zhixin, additional, and Jiao, Kui, additional

Published
2023
Full Text
View/download PDF

81. 利用原子吸收谱线实现气室温控

Author

Wu Lizhen, 吴丽珍, primary, Zhu Xiaojie, 祝孝杰, additional, Jiang Shuanghui, 蒋双辉, additional, Tian Yuan, 田原, additional, Zhang Yi, 张奕, additional, Chen Jiehua, 陈杰华, additional, and Gu Sihong, 顾思洪, additional

Published
2023
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results