47,748 research outputs found
Data for Experimental constraints on stable potassium (K) isotope fractionation during phase separation in NaCl–KCl–H2O and KCl–H2O systems: implications for the K isotope composition of seafloor hydrothermal vent fluids
No full textTable data in .xlsx format includes four worksheets, one for each table.Potassium isotope data from hydrothermal phase separation experimentsNSF Award number: 2238685Charin, Soisiri; Evans, Guy; Chen, Xinyang; Xing, Yanlu; Chen, Tianyu; Seyfried, William; Zheng, Xinyuan. (2025). Data for Experimental constraints on stable potassium (K) isotope fractionation during phase separation in NaCl–KCl–H2O and KCl–H2O systems: implications for the K isotope composition of seafloor hydrothermal vent fluids. Retrieved from the Data Repository for the University of Minnesota (DRUM), https://hdl.handle.net/11299/271019
Dataset for Giant enhancement of cathodoluminescence of monolayer transitional metal dichalcogenides semiconductors
No full textDataset supporting:
Zheng, S., So, J-K., Liu, F., Liu, Z., Zheludev, N., & Fan, H. J. (2017). Giant enhancement of cathodoluminescence of monolayer transitional metal dichalcogenides semiconductors. Nano Letters, 17(10), 6475-6480. DOI: 10.1021/acs.nanolett.7b03585</span
Figure 1 in A systematic study of the genus Bannatettix Zheng (Orthoptera: Tetrigidae)
No full textFigure 1. (A) Body of Bannatettix brevipennis Deng, Zheng et Wei, 2008, lateral view; (B) body of Bannatettix menghaiensis Zheng, 1993, lateral view; (C) head of Bannatettix menghaiensis Zheng, 1993, frontal view; (D) body of Bannatettix longqishanensis Zheng, 1993, lateral view; (E) body of Bannatettix ruiliensis Zheng, 1993, lateral view; (F) body of Bannatettix serrifemoralis Zheng and Shi, 2009, lateral view; (G) body of Bannatettix guangxiensis Zheng and Jiang, 1997, lateral view; (H) body of Bannatettix longqishanensis Zheng, 1993, dorsal view; (I) body of Bannatettix tianlinensis Zheng, Jiang and Liu, 2005, dorsal view; (J) body of Bannatettix nigritibialis Zheng and Shi, 2009, lateral view; (K) body of Bannatettix tenuifemura Deng, Zheng et Wei, 2008, lateral view.Published as part of Deng, Wei-An, Zheng, Zhe-Min & Wei, Shi-Zhen, 2012, A systematic study of the genus Bannatettix Zheng (Orthoptera: Tetrigidae), pp. 2377-2386 in Journal of Natural History 46 (37-38) on page 2380, DOI: 10.1080/00222933.2012.708445, http://zenodo.org/record/520205
An improved study of the kappa resonance and the non-exotic s wave pi K scatterings up to root s=2.1 GeV of LASS data
No full textWe point out that the dispersion relation for the left-hand cut integral presented in one of our previous paper [H.Q. Zheng, et al., Nucl. Phys. A 733 (2004) 235] is actually free of subtraction constant, even for unequal mass elastic scatterings. A new fit to the LASS data [D. Aston, et al., LASS Collaboration, Nucl. Phys. B 296 (1988) 493] is performed and firm evidence for the existence of kappa pole is found. The correct use of analyticity also put strong constraints on threshold parameters-which are found to be in good agreement with those obtained from chiral theories. We also determined the pole parameters of K-0*(1430) 0 on the second sheet, and reconfirm the existence of K-0*(1950) on the third sheet. We stress that the LASS data do not require them to have the twin pole structure of a typical Breit-Wigner resonance. (c) 2006 Elsevier B.V. All rights reserved.Physics, NuclearSCI(E)0ARTICLE3-4212-22377
Composition of New Music for Zheng
No full text[[abstract]]Zheng, also known as Guzheng, is a traditional music instrument, and, yet, capable of producing new sounds with widely varying styles of music. Therefore, the author adopted it as the research theme of this thesis study. Improvement of this music instrument was driven by social and cultural needs of each era. Better understanding of its characteristics was achieved through investigation of the instrument evolution, technique development and the scale system. Such understandings may be applied to the composition of Zheng music. Subsequently, the author analyzed the Zheng music of contemporary Taiwanese composers. Through research on music teachers’ works, the author was able to transform the learned techniques into author’s own music expressions. Using these elements, the author composed three Zheng music pieces as a demonstration of her transforming theoretical studies into creation of new Zheng music.
This thesis comprises five chapters:
Chapter 1 is the “Introduction,” which presents the motivation and purpose of this study as well as the sequence of the study and the structure of the thesis.
Chapter 2 is the “History of Zheng,” which describes the evolution of the instrument, the playing techniques and its scale system.
Chapter 3 is the “Analysis of Zheng Music by Contemporary Taiwanese Composers,” which allows the author to transform music phrases of other composers into music expressions of the author’s own.
Chapter 4 is the “Composition of New Music for Zheng, by author” which presents the three compositions for Zheng ensembles of different sizes.
Chapter 5 is the “Conclusions,” which summarizes the important findings of this study that may serve as the guidelines for future compositions.
Nan Song Shuzhou gong du yi jian zheng li yu yan jiu Zheng li yu yan jiu
No full textBen shu shi dui wo she yu 1990 nian chu ban de ying yin ben "Song ren yi jian" de zheng li yu yan jiu. Gai shu shi liao feng fu, she ji zheng zhi, jing ji, jun shi yi ji Song dai gong wen ge shi he shu yi, shi zhen gui de shi wu wen xian. "Song ren yi jian" fan ying le bu shao nan Song shi qi di fang guan fu ji gou she zhi he xing zheng guan li zhi du, bu chong le xu duo Song dai cai zheng, shui shou zheng ce de xin cai liao, bao liu le nan Song chu nian Jiang Huai di qu zhan bei zhuang kuang de xi jie cai liao, hai shi Song dai wen shu zhi du de zhong yao cai liao, you zhu yu Song shi yan jiu de shen ru. Zheng li ben yan jin gui fan, ge shi ming xi, ji ben huan yuan le Song jian tu ban de ben lai mian mao, ju you jiao qiang de can kao jia zh
Bolivaritettix torulosinota Zheng 2005
No full text30. Bolivaritettix torulosinota Zheng, 2004 Bolivaritettix torulosinota Zheng, 2004. In: Yang, X-K (ed.), Insects from Mt.Shiwandashan Area of Guangxi, 75, 87; Zheng, 2005, Fauna of Tetrigoidea from Western China, 195–196, figs. 395–397 Specimens examined: 4♂ 5♀, P. R. CHINA: Guangxi: Shangsi, 2012-VIII-27. Distribution: P. R. CHINA: Guangxi.Published as part of Deng, Wei-An, Wei, Shi-Zhen, Xin, Lei & Chen, Ya-Zhen, 2018, Taxonomic revision of the genus Bolivaritettix Günther, 1939 (Orthoptera: Tetrigoidea: Metrodorinae) from China, with the descriptions of two new species, pp. 303-326 in Zootaxa 4434 (2) on page 312, DOI: 10.11646/zootaxa.4434.2.4, http://zenodo.org/record/129056
Zheng Chouyu - the life and works of the classic author of Taiwanese
No full textMým úmyslem bylo v této práci postihnout charakteristické rysy básnické tvorby, kterou se Zheng Chouyu natrvalo zapsal do dějin moderní taiwanské poezie. Snažila jsem se poskytnout co nejširší úhel pohledu na Zheng Chouyuho rané dílo a všímala si jak témat a motivů, tak i formálních a jazykových prostředků. Součástí charakteristiky stylu bylo také zamyšlení nad vztahem Zheng Chouyuho díla k tradiční čínské poezii. Soustředila jsem se na estetickou hodnotu básní a posuzovala je jako samostatné entity, i když nebylo vždy možné zcela přehlédnout společenské vlivy, které měly podíl na jejich vzniku. Centrem mého zájmu bylo čtení básní a následná analýza jazyka, techniky zpracování, témat, stylu a obraznosti. V textu jsem uvedla příklady vybraných básní typických pro dané téma nebo pro námět zpracovaný v jisté kapitole. Soustředila jsem se na interpretaci jednotlivých básní a na jejich rozbor
A translation comparison of stray birds between Zheng Zhenduo’s version and Feng Tang’s version : from the perspective of manipulation theory
No full textThis paper employed Lefevere’s Manipulation Theory to explain respectively how
three main factors of Manipulation Theory, namely patronage, ideology and poetics
controlled Zheng Zhenduo’s and Feng Tang’s translation activity of Tagore’s Stray
Birds. And then the paper will analyze their translation strategies by comparing
certain poems in Stray Birds. However, author of this paper did not aim to reconfirm
Lefevere’s Manipulation Theory, but under his theoretical framework, tried to
interpret translation phenomenon from an extra-linguistic perspective.
Through analysis and comparison, the importance of three core elements was
different in those two versions. For Zheng Zhenduo, three main elements shared equal
impacts on his translation. His individual ideology and poetics conformed to
prevailing ideology and poetics in those days, and his patronage also exerted a
positive influence, therefore his Stray Birds received favorable reviews.
In Feng Tang’s case, individual poetics played the most important role. Although his
poetics reflected literary trends to some extent, but that is still not the mainstream in
today’s literary market. The translator’s subjectivity in Feng’s version was clearly
stronger than Zheng’s. For the purpose of literary innovation and commercial interests,
patronage did not manipulate Feng’s translation too much. As a result, Feng Tang’s
Stray Birds was forced to stop sales.
Key words: Zheng Zhenduo; Feng Tang; Stray Birds; Manipulation TheoryMaster of Art
Gibbotettix Zheng 1992
No full textGenus Gibbotettix Zheng, 1992a Zheng, 1992a, Entomotaxonomia, 14(1): 1 – 2; Liang and Zheng, 1998, Fauna Sinica, Insecta, Vol. 12, Orthoptera, Tetrigoidea, 46 – 49; Zheng and Fu, 2003, Acta Entomologica Sinica, 46(1): 58 – 63; Zheng, 2005, Fauna of Tetrigoidea from Western China, 41 – 48; Deng et al., 2007, Fauna of Tetrigoidea from Yunnan and Guangxi, 38 – 41; Zeng and Zheng, 2011, Acta Entomologica Sinica, 54(7): 843 – 847. Type species: Gibbotettix emeiensis Zheng, 1992a. Generic characteristics (updated), (Figure 1 (a–k)). Size small (male) to moderate (female), body surface excessively coarse, covered with numerous granules and many tubercles. Vertex wide, 2.0 – 3.4 times as wide as one eye; vertex together with frontal ridge angled, arcuate or rounded (Figure 1 (a – c)); frontal ridge between antennae large triangularly protruding forward. Antennae filiform, inserted below lower margins of eyes, the longest segment about 7 – 10 times as long as its width, junctions of two adjacent segments generally yellow, distal segments generally yellow. Eyes globose. Anterior margin of pronotum truncate or in middle with an angled protrusion forward; mid keel high and lamellate in anterior part while low in posterior part (Figure 1 (j, k)); anterior part of pronotum distinctly uplifted on both sides of mid keel, which results in anterior part of pronotum being gibbous; humeral angle obtusely or right angled or arcuate (Figure 1 (d – f)); posterior margin of hind process truncate, generally concave in the middle (Figure 1 (g – i)); lateral lobe produced outwards, apex of posterior angle truncate or subtruncate. Tegmen and wing absent. Upper and lower margins of fore and mid femora with 2 – 3 lamellate protrusions; posterior femora stout, first segment of posterior tarsi generally longer than second plus third. Distribution. China (Guangdong, Guangxi, Guizhou, Hunan, Sichuan and Yunnan). Relationship to other genera. The genus Gibbotettix Zheng was placed into Cladonotinae (Tetrigidae) based on: (1) filiform antenna; (2) in profile, frontal ridge of vertex between bases of antennae large triangularly protruding. The genus Gibbotettix is very similar to the genus Austrohancockia Günther, 1938; the former differs from the latter by: (1) anterior part of pronotum distinctly uplifted on both sides of mid keel, which results in anterior part of pronotum being gibbous; (2) sometimes middle of anterior margin of pronotum with an angled protrusion forward, which never occurs in Austrohancockia. Key to species of the genus Gibbotettix Zheng 1. Middle of anterior margin of pronotum with an angled protrusion forward.................... 2 – Anterior margin of pronotum truncate, without protrusion......................................... 7 2. Vertex 3.0 – 3.2 times as wide as one eye............................................................................... 3 – Vertex 2.0 – 2.6 times as wide as one eye............................................................................... 5 3. Mid keel of vertex very inconspicuous in anterior part; humeral angles obtusely angled; lateral keels of prozona contracted backward; middle of posterior margin of hind progress deeply triangularly concave. Distributed in: China (Guizhou).................................................................................................. G . vallis Zha and Wen sp. nov. (♂, ♀) – Mid keel of vertex conspicuous and erected in anterior part; humeral angles rounded; lateral keels of prozona parallel; middle of posterior margin of hind process shallowly concave........................................................................................................... 4 4. Longitudinal furrow of frontal ridge 2.0 times as wide as first segment of antenna; lateral ocellus inserted at lower one-third of inner margin of eye; shoulders narrower. Distributed in: China (Guangxi)....................... G . circinihumerus Zheng (♀) – Longitudinal furrow of frontal ridge 1.5 times as wide as first segment of antenna; lateral ocellus inserted between lower margins of eyes; shoulders wider. Distributed in: Guangdong................................................................. G. cristata (Liang) (♂) 5. Humeral angle rounded; in profile anterior part of mid keel of pronotum nearly forming an oblique line. Distributed in: China (Guangxi).......................................................................................................................................... G . guangxiensis Zheng and Jiang (♂, ♀) – Humeral angle obtusely angled; in profile anterior part of mid keel of pronotum curved.................................................................................................................................................... 6 6. Vertex 2.6 times as wide as one eye; middle of posterior margin of hind process shallowly concave. Distributed in: China (Sichuan)......... G . emeiensis Zheng (♂, ♀) – Vertex 2.3 times as wide as one eye; middle of posterior margin of hind process deeply concave. Distributed in: China (Guizhou, Hunan) G . leishanensis Zheng (♂) 7. Vertex 2.0 – 2.8 times as wide as one eye; vertex and frontal ridge forming a right angle...................................................................................................................................................... 8 – Vertex 3.2 – 3.4 times as wide as one eye; vertex and frontal ridge forming a rounded angle................................................................................................................................. 10 8. Lamella of mid keel of pronotum elongate and reaching humeral angles, upper margin with a deep notch near humeral angles; humeral angles nearly right angled; posterior margin of hind process truncated. Distributed in: China (Guangdong)................................................................................................... G . zhengi Liang (♀) – Lamella of mid keel of pronotum normal, restricted only before shoulders, upper margin without notch; humeral angles obtusely angled or rounded; middle of posterior margin of hind process more or less concave.................................................. 9 9. Antennae inserted slightly below lower margins of eyes; mid keel of pronotum complete; middle of posterior margin of hind process shallowly concave; third pulvillus of first segment of hind tarsus distinctly larger than first and second. Distributed in: China (Yunnan).................................................. G . hongheensis Zheng (♂) – Antennae inserted far below lower margins of eyes; mid keel of pronotum interrupted; middle of posterior margin of hind process deeply concave; three pulvilli of first segment of hind tarsus equal in length. Distributed in: China (Hunan)....................................................................................................... G . hupingshanensis Fu and Zheng (♀) 10. Longitudinal furrow of frontal ridge 2.0 times as wide as first segment of antenna; in profile upper margin of pronotum before shoulders deeply cut by a furrow; hind process slightly surpassing top of hind femur, middle of posterior margin shallowly concave. Distributed in: China (Hunan)................. G . lativertex Zeng and Zheng (♀) – Longitudinal furrow of frontal ridge 1.5 times as wide as first segment of antenna; in profile upper margin of pronotum before shoulders not cut by furrow; hind process reaching top of hind femur, middle of posterior margin deeply concave. Distributed in: China (Guizhou)......................... G . guizhouensis Zeng and Zheng (♂)Published as part of Zha, Ling-Sheng, Wen, Ting-Chi, Yu, Feng-Ming & Hyde, Kevin D., 2016, A taxonomic review of the genus Gibbotettix with description of one new species (Orthoptera: Tetrigidae), pp. 2389-2397 in Journal of Natural History 50 on pages 2390-2392, DOI: 10.1080/00222933.2016.1193651, http://zenodo.org/record/399318
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