32,859 research outputs found
Dr. Lin Sun, CAU, March 2013
No full textThis video is a conversation with Dr. Lin Sun. Dr. Sun talks about an exhibit at the Woodruff Library titled "At The Boundary." Jordan Moore, AUC Woodruff Library, is the interviewer
An Analysis of <i>Judge Lin</i>
No full textBiography of Lin Wen Zhong Gong has another way to call, that is Judge Lin. The leading character is Lin Ze-Xu. This book is based on functionary experience of Lin Ze-Xu, with the captivating plots of court case, helping by highly skilled military attach\uc3\ua9s and chivalrous knights, and the history facts of Opium War. It makes Lin Ze-Xu\ue2s Confucian temperament and tragic mood more, also contrasts with author\ue2s sorrow and furiousness for the politics at the time. History, court case, martial arts\ue2\ua6\ue2\ua6etc. are essence of this book and it broadens the way of this writing style.
The topic of the thesis is \ue2An Analysis of Judge Lin\ue2. The following thesis will be divided into six different chapters. The introduction is Chapter one of the thesis, which is including researching motive and purpose, literature review of predecessors, researching version by existing information, raising questions, choosing research methods and arranging chapters. In chapter Two, I discuss the study of characters of Lin Ze-Xu, also makes a deep analysis of author\u27s purpose of writing him. In chapter Three, I analyze supporting actors and actress. Meanwhile, I illustrate author\u27s purpose of writing supporting actress because the author had different manner to describe supporting actress. Moving to the Chapter Four, I mainly focus on the plots of Judge Lin, and organize cases of Lin Ze-Xu and his subordinates to understand features of cases. In Chapter Five, I represent the causes of Opium War. China and England had difference of opinions of opium. Therefore, it is easier to comprehend what the author\u27s purpose is. In the last chapter I summarize the main points of the preceding chapters and confirm particularity of Judge Lin
Tsounkranaglenea Lin & Ge 2021, gen. nov.
No full textTsounkranaglenea gen. nov. Type species: Tsounkranaglenea hefferni sp. nov. Diagnosis. It is mostly similar to Glenea by the lateral elytral carinae and truncate elytral apex, but can be distinguished by the elongated, bended and rake-shaped sternite VII. In fact, it differs from all other saperdine genera by the peculiar sternite VII in males. It also differs from Paraglenea Bates, 1866, Heteroglenea Gahan, 1897 (as defined in Lin, Montreuil et al, 2009) and Pareutetrapha Breuning, 1952 by the male claws of fore and hind legs simple instead of appendiculate or bifid and elytral apex truncated with sharp teeth instead of rounded or slightly truncated without sharp teeth. It also differs from Eumecocera Solsky, 1871 and Stenostola Dejean, 1835 by the elytra with lateral carinae and male claws of fore and hind legs simple instead of appendiculate or bifid. The combination of the following characters makes the new genus easily separable from other saperdine genera: prothorax without lateral tubercles, elytra with distinct lateral carinae, elytral apex truncated with long spines at outer angle, male claws with appendiculated tooth only in mesotarsi and female claws all simple, male sternite VII elongated and bended into a rake-shape. Description. Small-sized (under 15 mm). Head not broader than prothorax. Eyes deeply emarginate, not divided, lower eye lobe much vertically longer than (male) to subequal to (female) gena. Antennae longer than body, in male slightly longer than female, basal segments fringed with sparse setae, scape slightly expanded, second antennomere short, third antennomere always the longest, 4 th antennomere subequal to (female) to slightly longer than (male) scape, 4 th to 10 th slightly and gradually decreasing in length except 11 th being slightly longer than 10 th. Prothorax cylindrical, without lateral tubercles, slightly narrowed around basal fifth. Elytra subparallel, truncated apically, with sharp teeth at both inner and outer angles, each with two distinct lateral carinae starting from the base and combined into apical outer tooth (Figs 1b, 11b). Procoxal cavity closed posteriorly (Fig. 11c), mesocoxal cavity open to mesepimeron, metanepisternum more than twice as wide anteriorly as posteriorly. Protarsi with first segment expanded in male (Fig. 1a), mesotibiae with an oblique groove with setae (Fig. 1b), hind femur reaching fifth abdominal segment, hind tarsi with first segment longer than the following two combined. Male claws: only anterior claws of mesotarsi appendiculate with small teeth (Figs. 4–5), posterior claws of mesotarsi without teeth, and claws of pro- and metatarsi simple. Females claws simple (Figs. 11 a-11b). Male sternite VII elongated and bent into a rake-shape (Figs. 1–3), female sternite VII with a median groove (Fig. 11c). Male terminalia. Apex of male tergite VIII emarginated (Figs. 6a–6c). Lateral lobes slender, with a strong tooth at ventral base (Fig. 8b); ringed part elbowed in the widest portion, converging; basal piece well-developed and bifurcated (Fig. 8c). Median lobe strongly curved, shorter than tegmen, dorsal plate shorter than ventral plate, apex of ventral plate emarginated (Fig. 9a). Median foramen not elongated. Endophallus with one band of supporting armature, 4 basal plate-like sclerites, and 3 rod-like sclerites. Ejaculatory duct single. Female terminalia: Setae of sternite VIII dense and long. Spermathecal capsule and gland positioned on apex of spermathecal duct. Spermathecal capsule strongly sclerotized, composed of an apical orb and a long stalk, spiculum ventrale longer than abdomen. Etymology. The generic name is a combination of a Greek word tsounkrána (τσουγκράνα) and the genus name Glenea. The Greek word “tsounkrána” refers to the shape of sternite VII in male, which looks like a rake. Gender feminine. Distribution. Malaysia. Remarks. It is very similar to Glenea (Breuning, 1956; Breuning, 1958) by the elytral lateral carinae and truncated elytral apex, and the following characters are quite common in Glenea members: endophallus with 4 basal plate-like sclerites (Lin et al., 2009; Lin, Tavakilian et al., 2009a,b; Lin & Lin, 2011; Lin & Yang, 2011a, b; Lin et al., 2018), and 3 rod-like sclerites (Lin et al., 2009; Lin, Tavakilian et al., 2009a,b; Lin & Lin, 2011; Lin & Yang, 2011a, b; Lin & Dai, 2012; Lin, 2013); spermathecal capsule strongly sclerotized, composed of an apical orb and a long stalk (Lin et al., 2009; Lin, Tavakilian et al., 2009b; Lin & Yang, 2011a, b; Lin & Dai, 2012). We separate it from Glenea based on the following reasons.: 1) Glenea is heterogeneous (Lin, Montreuil et al., 2009;), even though outer characters are very similar (Lin & Tavakilian, 2012), this peculiar species does not match with any type species of the subgenera; 2) Though most of characters can be found in the previous Glenea members, and the peculiar male sternite might not be suitable for generic level, but with only one band of supporting armature and the emarginated apex of the ventral plate of the median lobe, this convinced the authors to make a new genus. Most members of Saperdini have zero or two bands of supporting armature, rounded to the pointed apex of the ventral plate of the median lobe (Lin et al., 2009; Lin, Tavakilian et al., 2009a, b; Lin & Yang, 2011a, b; Lin & Dai, 2012; Lin, 2013; Lin et al., 2018). 3) Although the sexual dimorphism (on pubescence markings) referred to the subgenus Glenea (Acutoglenea) Breuning, 1958, and the dark integument referred especially to G. (A.) versuta basaloides Breuning 1958, G. (A.) versuta maura Pascoe, 1867, it can not be included in the subgenus Acutoglenea because of the non-simple male claws and very different male terminalia (based on the first author’s unpublished data). Besides, the type species Glenea (Acutoglenea) acuta (Fabricius, 1801) has a stouter female, with elytral length less than twice basal width, fourth antennomere much shorter than scape, which are very different from the new taxon herein described. 4) We have checked the subgenus Glenea (Lineatoglenea) Breuning, 1950, which is represented by a unique type species Glenea (Lineatoglenea) lineatopunctata Breuning, 1950 from Malaysian Borneo. There are no images available, and we did not have an opportunity to examine the type specimen which should be deposited in University of Malaysia, Sarawak (Breuning, 1950a). Based on the original description, it shares with the new taxon by antennae longer than body, similar antennomere ratio, pronotum and elytra, however it differs from the new taxon by the fifth male abdominal segment provided at the end with a short median longitudinal ridge. 5) We have checked the subgenus Glenea (Spiniglenea) Breuning, 1958, which is represented by a unique type species Glenea (Spiniglenea) spinosipennis Breuning, 1958 from Malaysian Borneo. It also has no images available, and we did not have an opportunity to examine the type specimen which should be deposited in University of Malaysia, Sarawak (Breuning, 1958b). Based on the original description, it is difficult to separated it from the new taxon on genus level, since it was based only on a female. However, it is surely not the same species. 6) We compared the new taxon with Glenea (Metaglenea) Breuning, 1956, which is represented by a species from Sumatra, and Glenea (Porphyrioglenea) Breuning, 1956, which is represented by a species from West Malaysia and Sabah, East Malaysia. They can be easily distinguished from the new taxon by the very close antennal tubercles, shorter and stouter antennae. Glenea (Pseudotanylecta) Breuning, 1956, Glenea (Subgrossoglenea) Breuning, 1956, Glenea (Tanylecta) Pascoe, 1866 also from Malaysia and Indonesia, can be separated by the close and protruding antennal tubercles. 7) Glenea (Poeciloglenea) Aurivillius, 1920, Glenea (Punctoglenea) Breuning, 1956, Glenea (Reginoglenea) Breuning, 1956, Glenea (Rubroglenea) Breuning, 1956, Glenea (Rufoglenea) Breuning, 1956, Glenea (Stiroglenea) Aurivillius, 1920, Glenea (Vanikoroglenea) Breuning, 1956, Glenea (Vittiglenea) Breuning, 1956, Glenea (Volumnia) Thomson, 1860 and all other subgenera have been studied by the first author, and none of them are suitable for the new taxon. 8) The new taxon differs from Glenea (Lobunguiglenea) Lin & Tavakilian, 2014 by the male claws with only anterior claw of mesotarsus appendiculate with small lobe in inner side, instead of all claws appenciculated in outer sides, and genitalia with median lobe strongly curved, apex of ventral plate emarginated, instead of genitalia with median lobe slightly curved, apex of ventral plate pointed.Published as part of Lin, Mei-Ying & Ge, Si-Qin, 2021, Tsounkranaglenea hefferni gen. et sp. nov. from Sabah, Malaysia (Coleoptera Cerambycidae, Lamiinae: Saperdini), pp. 289-297 in Zootaxa 5048 (2) on page 290, DOI: 10.11646/zootaxa.5048.2.9, http://zenodo.org/record/555211
Li han lin quan ji: si shi er juan, mu lu si juan, nian pu. v.1
No full text[李白].綫裝, 1函.框20.3x14.8公分, 9行18字, 小字雙行同. 白口, 左右雙邊, 單白魚尾. 版心中鐫"李集"及卷次, 下鐫葉次.書根印有"李翰林集"前有王樨登序, 李陽冰《李翰林詩序》, 樂史《別集序》, 宋敏求後序, 曾鞏後序, 毛漸題跋.書中樂史《別集序》載"李翰林歌詩李陽冰纂為草堂集十卷史又別收歌詩十卷與草堂集互有得失因校勘排為二十卷號曰李翰林集"With: 李翰林年譜 / 薛仲邕編 ; 舊唐書列傳 ; 新唐書列傳 ; 李翰林墓誌銘 / 李華 ; 碣記 / 劉全 ; 碑陰記 / 蘇軾.Xian zhuang, 1 han.Kuang 20.3 x 14.8 gong fen, 9 hang 18 zi, xiao zi shuang hang tong. Bai kou, zuo you shuang bian, dan bai yu wei. Ban xin zhong juan "Li ji"ji juan ci, xia juan ye ci.Shu gen yin you "Li han lin ji"Qian you Wang Xideng xu, Li Yangbing "Li han lin shi xu", Yue Shi "Bie ji xu", Song Minqiu hou xu, Zeng Gong hou xu, Mao Jian ti ba.Shu zhong Yue Shi "Bie ji xu" zai "Li han lin ge shi Li Yangbing zuan wei Cao tang ji shi juan shi you bie shou ge shi shi juan yu Cao tang ji hu you de shi yin jiao kan pai wei er shi juan hao yue Li han lin ji"[Li Bai].With: Li han lin nian pu / Xue Zhongyong bian ; Jiu Tang shu lie zhuan ; Xin Tang shu lie zhuan ; Li han lin mu zhi ming / Li Hua ; Jie ji / Liu Quan ; Bei yin ji / Su Shi
Yi lin bu yi: [si ji] shi er juan. v.1
No full text[v.1]. 元集, 卷一至三 -- v.2. 亨集, 卷四至五 -- v.3. 亨集, 卷六 -- 利集, 卷七至九 -- [v.4]. 貞集, 卷十至十二.Detailed table of contents in vernacular field only.張世寶著 ; 黃裳, 毛士來校閱.綫裝.框19 x 13.4 公分, 9行20字, 小字雙行同, 白口, 單魚尾, 左右雙邊, 版心上鐫題名, 中鐫卷次, 下鐫葉次.分: 元, 亨, 利, 貞四集.内封題"湖州張星元著", "林蘭堂梓".出版年據序.Xian zhuang.Kuang 19 x 13.4 gong fen, 9 hang 20 zi, xiao zi shuang hang tong, bai kou, dan yu wei, zuo you shuang bian, ban xin shang juan ti ming, zhong juan juan ci, xia juan ye ci.Fen: Yuan, Heng, Li, Zhen si ji.Nei feng ti "Huzhou Zhang Xingyuan zhu", "Lin lan tang zi".Chu ban nian ju xu.Zhang Shibao zhu ; Huang Shang, Mao Shilai jiao yue
Effects of annealing time and Si cap layer thickness on the Si/SiGe/Si heterostructures thermal stability
No full textThe effects of annealing time and Si cap layer thickness: on the thermal stability of the Si/SiGe/Si heterostructures deposited by disilane and solid-Ge molecule beam epitaxy were investigated. It is found that in the same strain state of the SiGe layers the annealing time decreases with increasing Si cap layer thickness. This effect is analyzed by a force-balance theory and an equation has been obtained to characterize the relation between the annealing time and the Si cap layer thickness. (C) 2001 Elsevier Science B.V. All rights reserved
Appropriate Similarity Measures for Author Cocitation Analysis
No full textWe provide a number of new insights into the methodological discussion about author cocitation analysis. We first argue that the use of the Pearson correlation for measuring the similarity between authors’ cocitation profiles is not very satisfactory. We then discuss what kind of similarity measures may be used as an alternative to the Pearson correlation. We consider three similarity measures in particular. One is the well-known cosine. The other two similarity measures have not been used before in the bibliometric literature. Finally, we show by means of an example that our findings have a high practical relevance.information science;Pearson correlation;cosine;similarity measure;author cocitation analysis
Effects of annealing time and Si cap layer thickness on the Si/SiGe/Si heterostructures thermal stability
No full textThe effects of annealing time and Si cap layer thickness: on the thermal stability of the Si/SiGe/Si heterostructures deposited by disilane and solid-Ge molecule beam epitaxy were investigated. It is found that in the same strain state of the SiGe layers the annealing time decreases with increasing Si cap layer thickness. This effect is analyzed by a force-balance theory and an equation has been obtained to characterize the relation between the annealing time and the Si cap layer thickness. (C) 2001 Elsevier Science B.V. All rights reserved
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