[WANG, Haosheng 王好盛, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, YIN, Li 尹立, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, YIN, Li 尹立, ZHANG, Chong 张翀, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, YIN, Li 尹立, ZHANG, Chong 张翀, TIAN, Hao 田浩, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, YIN, Li 尹立, ZHANG, Chong 张翀, TIAN, Hao 田浩, YUAN, Duanpeng 袁端鹏, WANG, Haosheng 王好盛, ZHANG, Donghai 张冬海, XUE, Yang 薛杨, CHEN, Yun 陈赟, WU, Ruiwen 邬瑞文, ZHANG, Jingkun 张婧坤, CHEN, Yunfa 陈运法, GAO, Feng 高锋, CHEN, Zhuo 陈卓, ZHANG, Hui 张晖, ZHANG, Zhong 张忠, YIN, Li 尹立, ZHANG, Chong 张翀, TIAN, Hao 田浩, YUAN, Duanpeng 袁端鹏, HAO, Liucheng 郝留成] No.1 Zhongguancun North Second Street, Haidian District 中国北京市海淀区中关村北二条1号, Beijing 100190Beijing 100190;No. 11 Beiyitiao, Zhongguancun, Haidian District 中国北京市海淀区中关村北一条11号, Beijing 100190Beijing 100190;North District of Future Science & Technology Park, Changping District 中国北京市昌平区未来科技城北区, Beijing 102211Beijing 102211;No.22 Nanhuan East Road 中国河南省平顶山市南环东路22号, Henan 467001Pingdingshan City, Henan 467001 An insulating epoxy resin composition with a high thermal conductivity and a preparation method therefor. The composition comprises the following components: (A) one or more epoxy resins; (B) one or more anhydride curing agents; (C) a boron nitride aggregate; and (D) a micro-nano inorganic particle composition, wherein the mass percentage of the component (C) is 50%-70% of the epoxy resin composition; and the mass percentage of the component (D) is 15%-35% of the epoxy resin composition. The composition provided by the present invention has electric properties, such as a high thermal conductivity and an excellent breakdown strength.

[SHENG, Jun 盛军, SHENG, Jun 盛军, HAO, Shumei 郝淑美, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHAN, Yun 山云, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHAN, Yun 山云, CHEN, Jiming 陈际名, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHAN, Yun 山云, CHEN, Jiming 陈际名, LIU, Titi 刘提提, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHAN, Yun 山云, CHEN, Jiming 陈际名, LIU, Titi 刘提提, DING, Shihua 丁仕华, SHENG, Jun 盛军, HAO, Shumei 郝淑美, WANG, Xuanjun 王宣军, HUANG, Yewei 黄业伟, ZHU, Qiangqiang 朱强强, LU, Hao 卢浩, LI, Tong 李彤, HUANG, Yanping 黄艳萍, WANG, Tengfei 王腾飞, ZHANG, Xin 张昕, SHAN, Yun 山云, CHEN, Jiming 陈际名, LIU, Titi 刘提提, DING, Shihua 丁仕华, GONG, Wanying 龚婉莹] Key Laboratory of Pu-er Tea Science, Ministry of Education 中国云南省农业大学普洱茶学教育部重点实验室, Yunnan 650201Yunnan Agricultural UniversityKunming, Yunnan 650201;No.102, Unit 3, Building C, Jiangdong-hualongrenjia, Wuhua District 中国云南省昆明市五华区江东华龙人家C座3单元102号, Yunnan 650021Kunming, Yunnan 650021 The present invention provides an Epigallocatechin gallate (EGCG), an Epigallocatechin gallate analog, a transformation product thereof and a use of a pharmaceutically acceptable salt thereof in the preparation of a medicament for protecting the digestive tract. The damage to the digestive tract can be caused by a medicament for treating an ulcer. The present invention provides an Epigallocatechin gallate (EGCG), an Epigallocatechin gallate analog, a transformation product thereof and a use of a pharmaceutically acceptable salt thereof in the preparation of a medicament for protecting the digestive tract. The damage to the digestive tract can be caused by a medicament for treating an ulcer.

[CHENG, Wen-Hao 郑文豪, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHOU, Pin-Hsing 周品兴, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHOU, Pin-Hsing 周品兴, TSAI, Yun-Lung 蔡汮龙, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHOU, Pin-Hsing 周品兴, TSAI, Yun-Lung 蔡汮龙, LI, Pei-Yu 李珮瑜, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHOU, Pin-Hsing 周品兴, TSAI, Yun-Lung 蔡汮龙, LI, Pei-Yu 李珮瑜, SU, Chen 苏城, CHENG, Wen-Hao 郑文豪, LIN, Ching-Ko 林清格, CHOU, Pin-Hsing 周品兴, TSAI, Yun-Lung 蔡汮龙, LI, Pei-Yu 李珮瑜, SU, Chen 苏城, CHANG, Hsiao-Fen 张晓芬] No. 19, Keyuan 2nd Rd., Xitun Dist. 中国台湾省台中市西屯区科园二路19号, TaiwanTaichung City, Taiwan A heating device (1) and a biochemical reactor (2) having the heating device (1) are disclosed. The heating device (1) comprises an upper board (10), a lower board (20), a middle board (30) and an electric heating member (40). Heating holes (13, 23, 33) and accommodating holes (14, 24, 34) are respectively provided in the upper board (10), lower board (20) and middle board (30). The upper, lower and middle holes (13, 23, 33) are communicated with each other to form a heating through hole (50). The upper, lower and middle accommodating holes (14, 24, 34) are communicated with each other to form an accommodating through hole (60). The electric heating member (40) is provided in the accommodating through hole (60), and the two ends thereof are connected with the upper conducting layer (15) of the upper board (10) and the first lower conducting layer (25) of the lower board (20). The biochemical reactor comprises a first body (4), and a second body (5) and the heating device (1) arranged between the first body (4) and the second body (5). Through holes (401,501) are provided on the first body (4) and the second body (5). The through holes (401,501) and the heating through hole (50) are communicated with each other to form a test tube groove for a test tube to insert.

[CHEN HUAI-DE, WU AN-TENG, SHAN YU-CHENG, GAO JIA-CI, DAI ZHI-YING, KONG YOU-CHEN, LU HONG-YU, LIN CHENG-EN, LIN GUAN-WEI, QIU ZHONG-YU, QIU YU-RUI, SHI BO-HAN, SUN WEI-JUN, XU ZHEN-MAO, XU RUI-TING, WENG ZHAO-PING, GAO SHOU-ZHI, ZHANG HAO-YANG, ZHANG YU-YAO, XU YI-JIE, XU JIN-YU, CHEN SHAO-YU, CHEN CHI-YU, HUANG YING-HAO, LIAO XIAO-XUN, LIU XUAN-YI, LIU SHU-CHEN, CAI LING-EN, DAI CHENG-XUN, XIE YUN-XI, JIAN JUN-CHENG, LUO WEI-CHENG, LUO YU-XUN, SU KUAN-YI, WU JIA-YU, CHEN YU-ZHEN, YANG YI-KE, SUN SHI-XUN, XU BANG-TING, ZHENG KE-MING, CAI YU-HAO, ZHONG JIE-AN, ZHENG YU-QIAN, ZHOU YI-XIN] TW

[CHEN HUAI-DE, WU AN-TENG, SHAN YU-CHENG, GAO JIA-CI, DAI ZHI-YING, KONG YOU-CHEN, LU HONG-YU, LIN CHENG-EN, LIN GUAN-WEI, QIU ZHONG-YU, QIU YU-RUI, SHI BO-HAN, SUN WEI-JUN, XU ZHEN-MAO, XU RUI-TING, WENG ZHAO-PING, GAO SHOU-ZHI, ZHANG HAO-YANG, ZHANG YU-YAO, XU YI-JIE, XU JIN-YU, CHEN SHAO-YU, CHEN CHI-YU, HUANG YING-HAO, LIAO XIAO-XUN, LIU XUAN-YI, LIU SHU-CHEN, CAI LING-EN, DAI CHENG-XUN, XIE YUN-XI, JIAN JUN-CHENG, LUO WEI-CHENG, LUO YU-XUN, SU KUAN-YI, WU JIA-YU, CHEN YU-ZHEN, YANG YI-KE, SUN SHI-XUN, XU BANG-TING, ZHENG KE-MING] TW;TW;TW;TW

[Po-Yu Chen, Hao Chen, Yi-Min Tsai, Hao Yun Chen, Hsien-Kai Kuo, Hantao Huang, Hsin-Hung Chen, Yu Hsien Chang, Yu-Ming Lai, Lin Sen Wang, Chi-Tsan Chen, Sheng-Hong Yan] TW Hsinchu City A compensator compensates for the distortions of a power amplifier circuit. A power amplifier neural network (PAN) is trained to model the power amplifier circuit using pre-determined input and output signal pairs that characterize the power amplifier circuit. Then a compensator is trained to pre-distort a signal received by the PAN. The compensator uses a neural network trained to optimize a loss between a compensator input and a PAN output, and the loss is calculated according to a multi-objective loss function that includes one or more time-domain loss function and one or more frequency-domain loss functions. The trained compensator performs signal compensation to thereby output a pre-distorted signal to the power amplifier circuit.

[CHEN PO-YU, CHEN HAO, TSAI YI-MIN, CHEN HAO-YUN, KUO HSIEN-KAI, HUANG HAN-TAO, CHEN HSIN-HUNG, CHANG YU-HSIEN, LAI YU-MING, WANG LIN-SEN, CHEN CHI-TSAN, YAN SHENG-HONG] TW A compensator compensates for the distortions of a power amplifier circuit. A power amplifier neural network (PAN) is trained to model the power amplifier circuit using pre-determined input and output signal pairs that characterize the power amplifier circuit. Then a compensator is trained to pre-distort a signal received by the PAN. The compensator uses a neural network trained to optimize a loss between a compensator input and a PAN output, and the loss is calculated according to a multi-objective loss function that includes one or more time-domain loss function and one or more frequency-domain loss functions. The trained compensator performs signal compensation to thereby output a pre-distorted signal to the power amplifier circuit.

[CHEN PO-YU, CHEN HAO, TSAI YI-MIN, CHEN HAO YUN, KUO HSIEN-KAI, HUANG HANTAO, CHEN HSIN-HUNG, CHANG YU HSIEN, LAI YU-MING, WANG LIN SEN, CHEN CHI-TSAN, YAN SHENG-HONG] TW

[PENG YU-JIUN, TSAO HSIU-HAO, CHEN SHU-HAN, SYU CHANG-JHIH, YU KUO-FENG, CHEN JIAN-HAO, YU CHIH-HAO, CHANG CHANG-YUN] TW

[Yu-Jiun Peng, Hsiu-Hao Tsao, Shu-Han Chen, Chang-Jhih Syu, Kuo-Feng Yu, Jian-Hao Chen, Chih-Hao Yu, Chang-Yun Chang] TW Hsinchu In an embodiment, a structure includes: a semiconductor substrate; a gate spacer over the semiconductor substrate, the gate spacer having an upper portion and a lower portion, a first width of the upper portion decreasing continually in a first direction extending away from a top surface of the semiconductor substrate, a second width of the lower portion being constant along the first direction; a gate stack extending along a first sidewall of the gate spacer and the top surface of the semiconductor substrate; and an epitaxial source/drain region adjacent a second sidewall of the gate spacer.