19,330 research outputs found
Lei Shen Artist Statement
Get PDFI believe that all things have contradictory side, and development is built on contradictions. In fact, the contradiction is the most frequent thing which is in my CGU’s life. Different culture, different habit of life, different learning styles, different educations. These are all contradictory to me. But also let me have a different way to think. I think it is a good thing for me. Because it makes to understand a thing become more comprehensive. So I want reflect this idea in my work. I want tell people contradictory actually can make progress. I want to say there are tow levels meaning of contradictory. First level, people think contradictory only make confused. Second level, by contradictory things we can see different meaning of things. This is the most important point for me
Shen Congwen jie zuo xuan
No full text內容:如甦-扇陀-龍朱如蕤 ---p.1扇陀 ---p.43龍朱 ---p.72巴雷編選.書名據版權頁Ba Lei bian xuan.Detailed notes in vernacular field only.Detailed contents in vernacular field only
Multivariate methods based soft measurement for wine quality evaluation
Get PDFSoft measurement is a new, developing, and promising industry technology and has been widely used in the industry nowadays. This technology plays a significant role especially in the case where some key variables are difficult to be measured by traditional measurement methods. In this paper, the quality of the wine is evaluated given the wine physicochemical indexes according to multivariate methods based soft measurement. The multivariate methods used in this paper include ordinary least squares regression (OLSR), principal component regression (PCR), partial least squares regression (PLSR), and modified partial least squares regression (MPLSR). By comparing the performance of the four methods, the MPLSR prediction model shows superior results than the others. In general, to determine the quality of the wine, experienced wine tasters are hired to taste the wine and make a decision. However, since the physicochemical indexes of wine can to some extent reflect the quality of wine, the multivariate statistical methods based soft measure can help the oenologist in wine evaluation. © 2014 Shen Yin et al
Zhu mai sheng bing shi
No full text沈金鰲撰.綫裝.框17.8x13.5公分, 12行25字, 小字雙行同. 白口, 左右雙邊, 單黑魚尾. 版心中鐫小題, 下鐫卷次及葉次.內封背頁牌記鐫"同治甲戌[1874]湖北崇文書局重雕"叢書書名頁題"沈氏尊生書"及列叢書各子目題.《中國叢書綜錄》(p.723)著錄.附卷首二卷: 卷上. 脉象統類 : 直看橫推 / 沈金鰲撰 -- 卷下. 諸脉生病詩 / 沈金鰲撰.鈐"哲如陳慶保藏書", "莊兆祥印", "莊兆祥"Xian zhuang.Kuang 17.8 x 13.5 gong fen, 12 hang 25 zi, xiao zi shuang hang tong. Bai kou, zuo you shuang bian, dan hei yu wei. Ban xin zhong juan xiao ti, xia juan juan ci ji ye ci.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Shen Jin'ao zhuan.Fu juan shou er juan: Juan shang. Mai xiang tong lei : zhi kan heng tui / Shen Jin'ao zhuan -- Juan xia. Zhu mai sheng bing shi / Shen Jin'ao zhuan.Qian "Zheru Chen Qingbao cang shu", "Zhuang Zhaoxiang yin", "Zhuang Zhaoxiang
Xuan zhuan ke li de dong tai dian liu bian xiao ying
No full textShen Lei = 旋转颗粒的动态电流变效应 / 沈雷.Thesis (M.Phil.)--Chinese University of Hong Kong, 2005.Includes bibliographical references (leaves 68-72).Text in English; abstracts in English and Chinese.Shen Lei = Xuan zhuan ke li de dong tai dian liu bian xiao ying / Shen Lei.Chapter 1 --- Introduction --- p.1Chapter 1.1 --- ER fluids and dynamic ER effects --- p.1Chapter 1.2 --- Negative ER effects and Quincke Rotations --- p.3Chapter 1.3 --- Recent works on ER fluids --- p.5Chapter 1.4 --- Objectives of the thesis --- p.8Chapter 2 --- Dynamic ER effects of two-body systems --- p.10Chapter 2.1 --- Formalism under the point-dipole approximation --- p.10Chapter 2.2 --- Numerical results under the point-dipole approximation --- p.20Chapter 2.3 --- Discussions under the MID approximation --- p.25Chapter 2.4 --- Conclusion --- p.28Chapter 3 --- Dynamic ER effects of periodic boundary systems --- p.30Chapter 3.1 --- Ewald-Kornfeld formulation --- p.31Chapter 3.2 --- Structure transformation in ER solids induced by particle rota- tions --- p.36Chapter 3.3 --- Structure transformation in ER solids induced by field rotations --- p.42Chapter 3.4 --- Discussion and conclusion --- p.45Chapter 4 --- Dynamic ER effects of Quincke rotations --- p.48Chapter 4.1 --- Formalism --- p.49Chapter 4.2 --- Molecular dynamics simulations --- p.51Chapter 4.3 --- Numerical results --- p.54Chapter 4.4 --- Self assembly of Quincke rotors --- p.61Chapter 4.5 --- Discussion and conclusion --- p.62Chapter 5 --- Summary --- p.65Bibliography --- p.68Chapter A --- Derivation of the multiple image expression --- p.73Chapter A.1 --- Images of a point charge --- p.73Chapter A.2 --- Images of a point dipole --- p.74Chapter A.3 --- Images of a pair of spheres --- p.76Chapter B --- Optimizations of the Ewald summation --- p.8
Dataset for the paper "Climate model bias indicates higher projected future temperature extremes"
No full text<div>
<div>This repository holds data and scripts used to produce the paper entitled:</div>
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<div>"Climate model bias indicates higher projected future temperature extremes"</div>
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<div>by Lei Duan, Lyssa M. Freese, Govindasamy Bala, and Ken Caldeira.</div>
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<div>The paper is currently submitted for peer review.</div>
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<div>Any questions regarding the data and paper could be sent to the corresponding author: Lei Duan ([email protected])</div>
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Mogannia hainana Shen, Lei & Yang 2006
No full textMogannia hainana Shen, Lei & Yang, 2006 Figures 14–15 Mogannia hainana Shen, Lei & Yang, 2006: 175. Description. Head (Fig. 14 A–D) ochraceous; postclypeus longer than vertex in dorsal view; apex of vertex with tuft of brown hairs; compound eye black; ocellus ochraceous. Distance between lateral ocellus and corresponding eye slightly longer than distance between lateral ocelli. Lateral part of face brown. Rostrum brown, extending to apex of mid coxae. Pronotum (Fig. 14 C) ochraceous, without distinct marks. Mesonotum (Fig. 14 C) ochraceous, slightly narrower than pronotal collar; with dark longitudinal fasciae laterally in dorsal view; cruciform elevation ochraceous. Ventral surface of thorax dark brown. Legs (Fig. 14 G) mostly dark brown; fore femur with primary spine prostrate, nearly lying flat; secondary and subapical spines erect; secondary spine sharp and short; subapical spine broadened, nearly flat. Fore wing (Fig. 14 A–B) with basal half mostly brown, basal cell light yellow, apical half hyaline; basal membrane of fore wing and base of hing wing red. Abdomen (Fig. 14 A–B) cylindrical and ochraceous in dorsal view. Timbal cover (Fig. 14 F) fuscous, short and more or less triangular, with apex rounded; timbal with eight ribs and seven intercalary ribs, caudal five ribs fused at base. Ventral surface of abdomen ochraceous. Male operculum (Fig. 14 E) blackish brown, short, falcate; tympanum exposed; opercula widely separated from each other. Male genitalia (Fig. 15 A–D). Pygofer barrel-shaped in ventral view; dorsal beak long, protruding upwards in lateral view; basal lobe of pygofer short, with apex rounded; upper lobe of pygofer a little short, digitate and curved upwards in lateral view; distal shoulder remarkably convex near upper lobe, forming somewhat large triangular process in lateral view. Clasper in ventral with median clasper process long, digitate, apical half slightly curved inward; lateral clasper lobe short and rounded. Prominent lobe-like process at both sides of base of aedeagus long, digitate. Aedeagus somewhat truncate subapically in ventral view; eight spine-like processes apically and subapically, which are all curved inwards in lateral view. Posterior margin of sternite VII rounded. Female pygofer with dorsal beak slender; posterior margin of sternite VII with large median incision. Measurements (103, 10Ƥ) (in mm). Body length: 3 11.5–12.5, Ƥ 12.0–14.0; fore wing length: 3 12.0–13.0, Ƥ 12.0–14.0; fore wing width: 3 3.5–4.5, Ƥ 4.0– 5.5; width of head including eyes: 3 2.5 –3.0, Ƥ 2.5 –3.0; pronotum width (including pronotal collar): 3 4.5 –5.0, Ƥ 4.5–5.5; mesonotum width: 3 3.5 –4.0, Ƥ 3.5 –4.0. Material examined. 13, 1Ƥ (IZAS), Hainan Prov., Mt. Wuzhishan, 16 -V- 1960, coll. Li Binfu; 43 (IZAS), Hainan Prov., Mt. Wuzhishan, 24 -VI- 1960, coll. Li Binfu; 13 (IZAS)?Hainan Prov., Mt. Wuzhishan, 4 -VIII- 1960, coll. Lin Binfu; 13 (IZAS), Hainan Prov., Mt. Wuzhishan, 10 -VI- 1960, coll. Zhang Xuezhong; 13 (NWAFU), Hainan Prov., Mt. Jianfengling, 6 -V- 1964, coll. Liu Shengli; 1 Ƥ (SYSU), Hainan Prov., Mt. Jianfengling, 14 -VII- 1983, coll. Liang Shaoying; 923, 8Ƥ (NWAFU), Hainan Prov., Mt. Bawangling, 27 -V- 2011, coll. Yang Mingsheng; 83, 3Ƥ (NWAFU), Hainan Prov., Mt. Qixianling, 15 -V- 2011, coll. Yang Mingsheng; 73, 5Ƥ (NWAFU), Hainan Prov., Mt. Limushan, 22 -V- 2011, coll. Yang Mingsheng. Biology. This species is distributed in Hainan Province. Males often sing on leaves of shrubs, and singing usually occurs in the afternoon. They often perch on the surface of leaves towards sunshine. Variations. Some examined specimens with ground colour of body mostly ochraceous or even a bit reddish, basal half of fore wing with various stripes, and aedeagus of male genitalia with six spine-like processes. Distribution. China (Hainan).Published as part of Chen, Xiao, Yang, Mingsheng & Wei, Cong, 2012, Review of the cicada genus Mogannia Amyot & Serville from China, with descriptions of three new species (Hemiptera: Cicadidae), pp. 1-35 in Zootaxa 3568 on pages 21-23, DOI: 10.5281/zenodo.24624
Lei nº 12.846, de 2013: mudanças e perspectivas na responsabilização da pessoa jurídica
Get PDFTCC(graduação) - Universidade Federal de Santa Catarina. Centro de Ciências Jurídicas. Direito.Este trabalho propõe-se a, inicialmente, analisar os motivos que levaram à elaboração da Lei nº 12.846, de 2013, assim como os princípios de direito constitucional e administrativo que servirão como sua base legitimadora e fundamentarão sua atuação. Posteriormente a tal análise, elaborar-se-á, a partir do rito processual administrativo previsto na Lei nº 9.784, de 1999, a estrutura processual e a sequência dos procedimentos que as pessoas jurídicas de direito privado que forem investigadas a partir da Lei nº 12.846 serão sujeitas, com destaque aos pontos em que o novo diploma legal diverge ou acrescenta no previsto pela Lei processual, assim como suas semelhanças e peculiaridades quando comparado a outros corpos normativos similares. Após, será realizado estudo relativo ao instituto da responsabilidade objetiva previsto na Lei nº 12.846, sua evolução histórica e as consequências de sua aplicação na seara administrativa. A matéria de análise subsequente tratará das possíveis sanções a serem aplicadas contra as pessoas jurídicas de direito privado condenadas em processo administrativo, as previsões aplicáveis frente a seus gestores, além das possibilidades de responsabilização judicial elencadas na nova Lei. Em seguida será exposta ponderação no tocante a Acordos de Leniência, sua aplicação no direito brasileiro e suas perspectivas frente à Lei nº 12.846, onde esta possibilidade de acordo vêm prevista. No capítulo final deste trabalho serão analisados os programas de Compliance, que cada vez mais ganham importância no cenário econômico internacional e passam a receber grande impulso a partir das previsões contidas na nova Lei. Também neste bloco serão elencadas críticas e análises que vem sendo elaboradas por profissionais do ramo jurídico frente à nova Lei, contrapostas pela leitura do autor dos dispositivos contestados.This paper proposes to initially analyze the reasons that led to the drafting of Law No. 12.846, of 2013, as well as the principles of constitutional and administrative framework will serve as a legitimizing basis and will base its operations right. Subsequent to this analysis, will be drawn up, from the administrative procedural rite under Law No. 9.784, of 1999, the procedural structure and sequence of procedures that legal entities of private law which are investigated from the Law No. 12.846 will be subject, highlighting the points where the new law differs or adds predicted by the procedural law, as well as their similarities and peculiarities when compared to similar regulatory bodies. After, will be held on the institute's strict liability under Law No. 12.846, its historical evolution and study the consequences of its application in administrative harvest. The subsequent analysis focuses on the field of the possible sanctions to be applied against legal persons of private law convicted in an administrative proceeding, the predictions apply against their managers, the possibilities of judicial accountability listed in the new law. Next will be exposed weighting in respect of the leniency agreements, their implementation in Brazilian law and its prospects ahead to Law No. 12,846, where this possibility according come provided. In the final chapter of this work the Compliance programs, which increasingly gain importance in the international economic scenario and started to receive major boost from the forecasts contained in the new law also in this block will be analyzed and critical analysis that has been developed will be listed by professionals in the legal branch opposite the new law, opposing the reading of the author of the disputed devices
Multiscale cracking pattern-based homogenization model of water permeability in hybrid fiber-reinforced concrete after high-temperature exposure
No full textHybrid steel-fine polypropylene fiber-reinforced concrete (HSPFRC) can effectively prevent thermal spalling. Its permeability at high temperatures plays a crucial role in avoiding spalling, and varies with the type, dosage, and length of fibers utilized in concrete mix. In this study, the water permeability of eleven different HSPFRCs after five different heating treatments is experimentally measured with a flow path representative of the material heterogeneity. Addition to the knowledge of the PP fiber tunnels around 150 ◦C, it is newly found that the thermal cracks caused by aggregate thermal expansion, instead of the evaporated PP tunnels and steel fiber induced thermal cracks, contributes the main part of water transport system over 150 °C. Steel fiber in SFRCs significantly reduces permeability by a factor of 10 through bridging forces that lessen the damage before reaching a temperature of 300 °C. However, after getting this temperature, permeability increases significantly by a factor of 104. For PFRCs, the permeability increases by a factor of 102 at 150 ◦C and continues to grow with the increase of fiber content and length. HSPFRCs exhibit similar patterns to PFRCs in terms of permeability. As the main innovation of this work, a multi-scale cracking pattern-based homogenization model for permeability in HSPFRC during and after high-temperature exposure is formulated and calibrated based on the experiments conducted in this research and validated using results from
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