21,273 research outputs found
Bu qian zhai man cun : [6 juan] ; Bu qian zhai man cun xu ji : [2 juan /
No full textXu ji kan yu Guangxu ren wu [1882] Nanhai guan shu.Mode of access: Internet
Letter from Hui man Fai to James Huff McCurdy (January 28, 1923)
No full textA two-page letter from Hui man Fai (Minhui Xu) to James Huff McCurdy, dated January 28, 1923. In the letter Mr. Hui outlines the credits has received from the YMCA College, eventually known as George Williams College, in Chicago. He goes on to explain what some of the courses entailed and what classes he is taking at the point he was writing the letter.Minhui Xu, or Man Fai Hui as he was knonw when he was at Springfield College, is recognized the pioneer of development of Chinese soccer and volleyball. Xu is a very famous professor in sport and physical education field and made a great of contribution in Chinese volleyball and swimming. Therefore, during the 1920s-1930s, there was a common saying, “the Northern China has Ma Yuehan, and the Southern China has Xu Minhui”.
Minhui Xu was born in April 18th, 1890 in Kaiping, Guangdong province. In his young age, Xu was very lively and active and liked to play sports, especially track and soccer. While Xu studied in Nan Wu (Private) Middle School (1904- 1913), he represented the school win the Group Champion in the Guangdong Province Games twice. In 1910, Xu represented the Southern China to compete in the First National Games and started to be well-known in Chinese sport world. In 1913, Xu was selected to the national track and soccer team in the First Far East Asian Games. Xu won the
Wen hua shi ying dui gan zhi de ying xiang: bian hua gan zhi, xin qi mu biao jian ce he xu huan mo shi shi bie de san fang mian de zheng ju
No full textXu, Yi.Thesis Ph.D. Chinese University of Hong Kong 2015.Includes bibliographical references (leaves 48-54).Abstracts also in Chinese.Title from PDF title page (viewed on 05, January, 2017).Xu, Yi
Data For "Recommending Scientific Datasets Using Author Networks in Ensemble Methods"
No full textData for paper "Recommending Scientific Datasets Using Author Networks in Ensemble Methods" which is accepted by Data Science Journal. These data contains 1)MAKG (Microsoft Academic Knowledge Graph) co-author network (HDT/RDF format), 2)MAKG paper/dataset title collection (HDT/RDF format), 3) MAKG paper/dataset abstract collection (HDT/RDF format)
Cycadophila (Cycadophila) fupingensis Skelley, Tang & Xu
No full textCycadophila (Cycadophila) fupingensis Skelley, Tang & Xu Figs. 2 A, 2D, 3E–H Cycadophila fupingensis Skelley, Tang & Xu in Xu et al. 2015: 12 –17. Adult diagnosis. A member of the C. (Cycadophila) fupingensis species group as discussed above, distinguished from other species of the genus by the narrow protibia lacking stout setae apically, short supraocular stria, fine pronotal punctation, and having a small elytral maculation. Full descriptions and images of adults and larvae are presented in Xu et al. (2015). Type locality. China, Guangxi Province, Debao County, Fuping village, 23°29.624'N, 106°12.980'E. Range. Known from Debao and Napo Counties of Guangxi Province, China on Cycas debaoensis. The range of this host, C. debaoensis, extends to Banshui, Baise City, Guangxi Province and Funing County, Yunnan Province with 16 known natural populations (Xie et al. 2005; Fang 2009). In Vietnam it occurs in Hoa Binh Province, Lac Thuy Distr. on C. hoabinhensis. Material examined. Holotype, allotype and paratypes as stated in Xu et al. (2015). Others examined: CHINA, Yunnan Province, Red River Valley, nr. Man Hao, 23°01'N, 103°24'E, 955m, 12 May 1996, W. Tang, ex near receptive ♀ strobilus of Cycas diannanensis (type locality), WT 50 (2); Guilinchin Town, near Jingping, 22°46'N, 103°15'E, 9 May 1996, S.- L. Yang, ex ♂ strobilus of Cycas dolichopylla, WT 52 (4). VIETNAM, Hoa Binh Province, Lac Thuy Distr., Phu Lao Comm., 20°33'19″N, 105°45'42″E, 50–100m, 25-IV-2015, N. S. Khang ex ♂ Cycas hoabinhensis (1). These are deposited at ANIC and FSCA. Remarks. Xu et al. (2015) demonstrated that adults and larvae occur together in male cones of Cycas debaoensis, where they appear to feed and reproduce.Published as part of Skelley, Paul, Xu, Guang, Tang, William, Lindström, Anders J., Marler, Thomas, Khuraijam, Jibankumar Singh, Singh, Rita & Rich, Stephen, 2017, Review of Cycadophila Xu, Tang & Skelley (Coleoptera: Erotylidae: Pharaxonothinae) inhabiting Cycas (Cycadaceae) in Asia, with descriptions of a new subgenus and thirteen new species, pp. 1-63 in Zootaxa 4267 (1) on pages 21-22, DOI: 10.5281/zenodo.57564
Effect of β-crystals on the mechanical and electrical properties of β-nucleated isotactic polypropylene
No full textPolypropylene has great potential as a thermoplastic insulation material for high voltage direct current (HVDC) cable. However, its mechanical properties restrict its application, particularly at low temperature. In this paper, isotactic polypropylene (iPP) with the β-nucleating agent WBG was prepared by the melt blending method. The crystallinity, β-crystal proportion and crystalline morphology were analyzed by wide-angle X-ray diffraction, differential scanning calorimetry, scanning electron microscopy and polarized optical microscopy. The results showed that the crystallinity and β-crystal proportion increased as the WBG concentration increased. Three types of β-crystal morphology, namely β-spherulite, flower-like agglomerate and β-quasi-spherulite, were sequentially obtained with increasing WBG concentration. The mechanical properties, space charge distribution, thermally stimulated discharge current and DC electrical breakdown strength were investigated. Compared with pure iPP, the Izod impact strength and DC breakdown strength of iPP/0.1%WBG were improved by 238 and 16%, respectively, and the fracture energy and brittleness temperature of iPP/0.3%WBG were improved by 420 and 80%, respectively. In addition, the space charge accumulation was suppressed in the range of 0.1-0.5 wt% WBG. Chain coupling between the β-crystals and the amorphous phase, particularly in the flower-like agglomerates, was considered to play an important role in improving the mechanical and electrical performance.</p
Song Qinghu Wangzi Zisu xian sheng chu shou Sizhou xu
No full text卷一. 奏疏 -- 卷二. 序 -- 卷三. 記 -- 卷四. 雜著 -- 卷五. 祭文 -- 卷六. 銘志 -- 卷七. 書柬 -- 卷八. 五言古詩 -- 卷九. 七言古詩 -- 卷十. 五言律詩 -- 卷十一-十二. 七言律詩 -- 卷十三. 五言絶句 -- 卷十四. 七言絶句.Juan yi. Zou shu -- juan er. Xu -- juan san. Ji -- juan si. Za zhu -- juan wu. Ji wen -- juan liu. Ming zhi -- juan qi. Shu jian -- juan ba. Wu yan gu shi -- juan jiu. Qi yan gu shi -- juan shi. Wu yan lü shi -- juan shi yi - shi er. Qi yan lü shi -- juan shi san. Wu yan jue ju -- juan shi si. Qi yan jue ju.汪應軫著 ; 汪延艮編 ; 楊汝輔輯.綫裝, 1函.框18.2x13.8公分, 10行20字. 白口, 四周單邊, 無魚尾. 版心上鐫題名, 中鐫小題, 下鐫葉次並記刻工.出書年據序.前有嘉靖丙辰[1556]翁溥序, 及嘉靖三十八年[1559]葉邦榮序.文集共五冊, 存於精美木函套中, 函套附鎖及銷匙, 上刻有"青湖集 嘉靖栞本"見《香港中文大學圖書館古藉善本書錄》(2001, p. 242)附錄題: 送青湖汪子子宿先生出守泗州序 / 朱節撰.鈐有"姜公銓鑒藏圖書", "汪兆鏞印", "番禺汪氏藏書", "汪兆鏞長壽年宜子孫", "宣統辛亥得番禺汪氏賜福堂印", "微尚齋", "番禺何氏靈壁山房藏", "三十二芙蓉山主曼庵", "何曼盦鑒藏", "靈壁何氏"Xian zhuang, 1 han.Kuang 18.2 x 13.8 gong fen, 10 hang 20 zi. Bai kou, si zhou dan bian, wu yu wei. Ban xin shang juan ti ming, zhong juan xiao ti, xia juan ye ci bing ji ke gong.Chu shu nian ju xu.Qian you Jiajing bing chen [1556] Weng Pu xu, ji Jiajing san shi ba nian [1559] Ye Bangrong xu.Wen ji gong wu ce, cun yu jing mei mu han tao zhong, han tao fu suo ji xiao shi, shang ke you "Qinghu ji Jiajing kan ben"Jian "Xianggang Zhong wen da xue tu shu guan gu ji shan ben shu lu"(2001, p. 242)Wang Yingzhen zhu ; Wang Yangen bian ; Yang Rufu ji.Fu lu ti: Song Qinghu Wangzi Zisu xian sheng chu shou Sizhou xu / Zhu Jie zhuan.Qian you "Jiang gong Quanjian cang tu shu", "Wang Zhaoyong yin", "Panyu Wang shi cang shu", "Wang Zhaoyong chang shou nian yi zi sun", "Xuantong xin hai de Panyu Wang shi Ci fu tang yin", "Wei shang zhai", "Panyu He shi Ling bi shan fang cang", "San shi er fu rong shan zhu man an", "He Manan jian cang", "Lingbi He shi
Dynamic monitoring and seismic assessment of a historic masonry tower
No full textAfter the Italian earthquakes of May 2012, an extensive research program has been performed to assess the state of preservation of the tallest historic tower in Mantua, Italy. The paper summarizes the information provided by visual inspection and dynamic tests, clearly highlighting the poor structural condition and the high seismic vulnerability of the upper part of the tower. Subsequently, the permanent dynamic monitoring system installed on the tower, with structural health monitoring and seismic early warning purposes, is described and the results of the first months of monitoring are presented and discussed
Anderson localization in disordered arrays of hybrid plasmonic waveguides
No full textThe work presented here could not have been possible without the support and encouragement of my advisors, colleagues, friends, and family. I would like to express my gratitude to the members of my thesis committee, starting with my thesis advisor Dr. Huizhong Xu, whose guidance and support is largely responsible for the completion of this thesis. His endless feedback, encouragement, and patience not only made this work possible but also shaped my education and my current approach to research. Furthermore, I would like to express my appreciation to Dr. Weining Man and Dr. Maarten Golterman, not only for taking the time to read this thesis and for providing their invaluable feedback, but also for their exceptional guidance during their courses that I was privileged to take part in. I would also like to thank Dr. AKM Newaz, who was originally a member of this committee prior to his untimely passing. His warm demeanor and encouragement directed me in part towards this theoretical topic, despite being a committed experimentalist. I give thanks to the members of the nano-optics lab, not only for wonderous barbeque luncheons, but also for their camaraderie and feedback over the years. I would like to give special thanks to Dominic Ditmyer, Adam Duran, Justine Rafael, Shivam Gangwani, and Hon-Loen Sinn for their friendship, support, and herculean combined efforts during study sessions. Finally, I would like to thank my parents Shabnam and Reza for standing by me in unwavering support, and to whom I owe my curiosity and passion for science.https://doi.org/10.46569/m039kd26
- …
