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Degradation of organics using LaFeO_(3)as a persulfate activator under low-intensity ultra-violet-light irradiation:Catalytic performance and mechanism

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Journal of Rare Earths 2022年第7期40卷 1043-1052页

作者： Yumei Li Jian Fan Xiaonan Feng tao tao School of Environment Huazhong University of Science and TechnologyWuhan 430074China School of Energy and Environment Inner Mongolia University of Science and TechnologyBaotou 014010China

ABO_(3)-type perovskite oxides with abounding defect structures and diverse physical chemistry attributes have been extensively studied in heterogeneous catalysis.Semiconductor LaFeO_(3)perovskites fabricated via the sol-gel method were used as peroxydisulfate(PDS)activators for methylene blue(MB)degradation under low-intensity ultra-violet(UV)-light to evaluate the degradation efficiency of organic pollutants and mechanism.The results indicate that under low-intensity UV irradiation,the developed UV/LaFeO_(3)/PDS system shows excellent degradation ability of organic pollutants in a wide pH range.Electron spin resonance and radical quenching experiments verify that SO_(4)^(·-),·OH,h^(+)and ^(1)O_(2)are generated during the activation process,and ^(1)O_(2)plays a dominant role in MB degradation.Reduction of low oxidation state Fe(Ⅱ)and O_(2)^(2-)/O^(-)on the LaFeO_(3)surface shows that oxygen vacancy,as the electron transfer mediator,enhances the redox cycle efficiency of Fe(Ⅱ)/Fe(Ⅲ).Photogenerated electrons of LaFeO_(3)involved in the cyclic transformation of Fe(Ⅱ)/Fe(Ⅲ)and PDS activation further increase the number of active radicals and thus promote the synergistic effect of photocatalytic coupled with sulfate radicalbased advanced oxidation processes.

关键词： LaFeO_(3) Peroxydisulfate Singlet oxygen Low-intensity UV-light Rare earths

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脑胶质瘤精准医疗——江涛教授

首都医科大学学报 2020年第5期41卷 854-859页

作者：江涛首都医科大学附属北京天坛医院北京100070

2019年,入选北京学者,以表彰他在脑胶质瘤研究方面做出的贡献。

关键词：北京学者脑胶质瘤精准医疗

John Makeham, ed. Transforming Consciousness.＂ Yogacara Thought in Modern China （edited by JIANG tao）

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Frontiers of Philosophy in China 2015年第3期10卷 510-516页

作者： JIANG tao Rutgers University

John Makeham, a leading intellectual historian of modem China, has authored and edited several important works about the transformation of knowledge in modem Chinese history resulting from fierce interactions between China and the West as well as between modem and traditional China. His latest volume, Transforming Consciousness, is an example of the latter. In this anthology, Makeham assembles a group of specialists from Australia.

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伟大的陶行知教育思想

民办高等教育研究 2019年第3期 5-9页

作者： tao Xingzhi College 陶行知学院北京100020

一、国家领导人题词二、陶行知简介陶行知(1891-1946年)是中国现代教育史上著名的人民教育家,同时又是坚定的民主战士和大众诗人。他毕生致力于人民教育事业,给我们留下了宝贵的精神财富。他的教育思想和教育实践活动,不仅影响了中国,... 详细信息

一、国家领导人题词二、陶行知简介陶行知(1891-1946年)是中国现代教育史上著名的人民教育家,同时又是坚定的民主战士和大众诗人。他毕生致力于人民教育事业,给我们留下了宝贵的精神财富。他的教育思想和教育实践活动,不仅影响了中国,也影响了世界。毛泽东赞扬他是'伟大的人民教育家'宋庆龄赞扬他是'万世师表'被联合国教科文组织评为'世界四大文化教育名人之一'。陶行知先生,原名文濬,后改为行知。

关键词：陶行知教育思想二十世纪中华民族生活即教育社会即学校教学做合一 “教学做合一” 和平民主普及教育

Epigenetic combined with transcriptomic analysis of the m6A methylome after spared nerve injury-induced neuropathic pain in mice

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Neural Regeneration Research 2023年第11期18卷 2545-2552页

作者： Fanning Zeng Jun Cao Zexuan Hong Yitian Lu Zaisheng Qin tao tao Department of Anesthesiology Nanfang HospitalSouthern Medical UniversityGuangzhouGuangdong ProvinceChina Department of Anesthesiology Central People’s Hospital of ZhanjiangZhanjiangGuangdong ProvinceChina Department of Anesthesiology Shenzhen Maternity&Child Healthcare HospitalSouthern Medical UniversityShenzhenGuangdong ProvinceChina

Epigenetic changes in the spinal cord play a key role in the initiation and maintenance of nerve injury-induced neuro pathic pain.N6-methyladenosine(m6A)is one of the most abundant internal RNA modifications and plays an essential function in gene regulation in many diseases.However,the global m6A modification status of mRNA in the spinal cord at different stages after neuropathic pain is unknown.In this study,we established a neuropathic pain model in mice by preserving the complete sural nerve and only damaging the common peroneal nerve.High-throughput methylated RNA immunoprecipitation sequencing res ults showed that after spared nerve injury,there were 55 m6A methylated and diffe rentially expressed genes in the spinal cord.Gene Ontology and Kyoto Encyclopedia of Genes and Genomes pathway results showed that m6A modification triggered inflammatory responses and apoptotic processes in the early stages after spared nerve injury.Over time,the diffe rential gene function at postoperative day 7 was enriched in "positive regulation of neurogenesis" and "positive regulation of neural precursor cell prolife ration." These functions suggested that altered synaptic morphological plasticity was a turning point in neuropathic pain formation and maintenance.Results at postoperative day 14 suggested that the persistence of neuropathic pain might be from lipid metabolic processes,such as "very-low-density lipoprotein particle clearance," "negative regulation of choleste rol transport" and "membrane lipid catabolic process." We detected the expression of m6A enzymes and found elevated mRNA expression of Ythdf2 and Ythdf3 after spared nerve injury modeling.We speculate that m6A reader enzymes also have an important role in neuropathic pain.These results provide a global landscape of mRNA m6A modifications in the spinal cord in the spared nerve injury model at diffe rent stages after injury.

关键词： epigenetic m6A reader m6A MeRIP-Seq Nlrp1b neuropathic pain RNA methylation spared nerve injury Ythdf2

Fault-tolerant stator flux oriented decoupling control for dual three-phase permanent magnet motor without diagnosis and reconfiguration

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Science China(Technological Sciences) 2023年第11期66卷 3206-3218页

作者： HUANG LinSen ZHAO WenXiang tao tao CUI Jia ZHANG Qiang School of Electrical and Information Engineering National Center for International Research on Structural Health Management of Critical ComponentsJiangsu UniversityZhenjiang 212013China

In this paper,the fault-tolerant capability of the existing stator-flux-oriented decoupling control(SFOC)for the DTP-PM motor is investigated,and a simple fault-tolerant SFOC is further designed to enhance fault tolerance.Firstly,the mathematical model of the DTP-PM motor in the stator-flux-oriented rotating coordinate system is analyzed.An SFOC is proposed to guarantee healthy operation performance,considering torque,flux linkage,and harmonic currents.Secondly,the coupling relationship under open-phase conditions is assessed.The assessed result shows that the coupling relationship between the harmonic and fundamental components results in conflicts and poor post-fault operation.Thirdly,the proposed SFOC includes an automatic deactivation module to detect conflicts with a variable threshold.The conflicted harmonic current controllers can be excluded automatically.Hence,fault-tolerant control can be remedied without diagnosing the specific fault scenario,and excellent faulttolerant capability can be achieved.Finally,experiments on a DTP-PM motor are carried out to verify the feasibility and effectiveness of the proposed strategy.

关键词： dual three-phase motor stator flux orientation decoupling control fault-tolerant control open-phase fault

刘涛副省长在全省生态环境保护工作会议上的讲话

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青海环境 2022年第1期32卷 1-4,11页

作者：刘涛不详

2022年1月14日,全省生态环境保护工作会议召开,刘涛副省长亲临会议作重要讲话,并代表省政府与市州政府签订目标责任书。省生态环境厅党组书记、厅长汤宛峰同志做工作报告,回顾了2021年全省生态环境保护工作,对抓好2022年生态环境保护工... 详细信息

2022年1月14日,全省生态环境保护工作会议召开,刘涛副省长亲临会议作重要讲话,并代表省政府与市州政府签订目标责任书。省生态环境厅党组书记、厅长汤宛峰同志做工作报告,回顾了2021年全省生态环境保护工作,对抓好2022年生态环境保护工作进行安排部署。现将有关会议资料予以刊登,供参阅。

关键词：生态环境保护目标责任书州政府安排部署环境保护工作会议全省刘涛副省长

陶身体教室:“关注更多人的身体”——陶冶访谈

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北京舞蹈学院学报 2022年第2期154卷 25-33页

作者：陶冶蔡烁陶身体剧场北京100103 北京大学艺术学院北京100871

2021年2月陶身体教室成立,致力于陶身体剧场圆运动体系的研究及现代舞的公共推广。陶身体教室在其成立的一年里,以“关注更多人的身体”为主旨,面向公众推出了十期课程,共有500多位来自不同行业的人士参与其中。在2022年陶身体教室即将... 详细信息

2021年2月陶身体教室成立,致力于陶身体剧场圆运动体系的研究及现代舞的公共推广。陶身体教室在其成立的一年里,以“关注更多人的身体”为主旨,面向公众推出了十期课程,共有500多位来自不同行业的人士参与其中。在2022年陶身体教室即将开始新一轮课程之际,本刊对陶身体剧场创始人、艺术总监陶冶进行了独家专访。访谈内容涉及教学与陶身体剧场艺术创作理念之联系;公益教学产生可持续发展之所需;圆运动体系与传统舞蹈之内在联系;教学与表演两个层面上,不同文化背景的受众对圆运动体系接受之差异;素人对于圆运动体系的接受以及宏观层面舞蹈能够以怎样的方式渗透到大众日常生活、服务于全民教育;数字化转型对表演艺术的影响;在未来应如何进一步推进现代舞的普及与传播以及陶身体教室未来的规划。

关键词：陶身体剧场陶身体教室圆运动体系陶冶现代舞身体

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“道”与中国传统绘画、音乐艺术的关系

中州学刊 2019年第3期 158-161页

作者：李韬河南大学历史与文化学院

艺道关系是评价中国传统艺术首要的基本问题,不同的艺术类型与道存在着不同的关系。山水画的"以形媚道"是以"形"的视觉方式靠近着、取悦着道,从而使艺术进入至高的境界。"乐几于道"则是人通过深刻了解音乐符号的本质,以视听的方式达到... 详细信息

艺道关系是评价中国传统艺术首要的基本问题,不同的艺术类型与道存在着不同的关系。山水画的"以形媚道"是以"形"的视觉方式靠近着、取悦着道,从而使艺术进入至高的境界。"乐几于道"则是人通过深刻了解音乐符号的本质,以视听的方式达到对道的深刻领悟。道、艺、人在艺术活动中获得一种超越性的统一,精神与肉体、目的与途径、感性与理性融为一体。

关键词：道传统艺术精神追求山水画音乐