28,078 research outputs found
Using open accessibility data for accessible travelling
No full textThis paper summarizes the research of using open accessibility data for accessible travelling. With the aim of addressing the gap between users’ special needs and complex accessibility barriers in real world, we proposed a personalized accessible travelling framework based on open accessibility data for people with mobility impairments. This research mainly investigates the use of Linked Open Data to establish a public linked open accessibility repository integrated from het-erogeneous data types, such as sensor data, transport data, building data as well as geographic data. Based on this repository and user preference data, we proposed accessible travelling frame-work to address the travelling problems faced for people with mobility impairment
Guo leng ba gui he jin de wei guan jie gou
No full textDing, Heyi = 過冷鈀硅合金的微觀結構 / 丁赫一.Thesis M.Phil. Chinese University of Hong Kong 2014.Includes bibliographical references.Abstracts also in Chinese.Title from PDF title page (viewed on 15, November, 2016).Ding, Heyi = Guo leng ba gui he jin de wei guan jie gou / Ding Heyi
He Zou yi shi
No full text[著者何諏 ; 編訂者黃天石].Library's copy: Copy 2 is a reproduced copy.[zhu zhe He Zou ; bian ding zhe Huang Tianshi]
Chong ding Gongyang Guliang he zhu
No full text何休學 ; 范寗集解 ; 楊士勛疏 ; 朱泰禎纂述 ; 朱爾鄴較輯.In 1 case.框20.3x14.5公分, 9行18字, 小字雙行同, 無界行, 白口, 四周單邊, 單黑魚尾, 版心上鐫"公穀合編", 中鐫卷次及小題, 下鐫葉次. 行間有批點.内封頁鐫"重訂公羊穀梁合註, 何義門先生註疏, 乾隆五十八年鐫, 敦本堂藏板"Library's copy: 是書內封所題與原書不符, 其刻書字體乃明末風格, 書內"玄"字不避諱, 當為明末刻本.He Xiu xue ; Fan Ning ji jie ; Yang Shixun shu ; Zhu Taizhen zuan shu ; Zhu Erye jiao ji.Kuang 20.3 x 14.5 gong fen, 9 hang 18 zi, xiao zi shuang hang tong, wu jie hang, bai kou, si zhou dan bian, dan hei yu wei, ban xin shang juan "Gong Gu he bian" , zhong juan juan ci ji xiao ti, xia juan ye ci. Hang jian you pi dian.Nei feng ye juan "Chong ding Gongyang Guliang he zhu, He Yimen xian sheng zhu shu, Qianlong wu shi ba nian juan, Dun ben tang cang ban"Library's copy: shi shu nei feng suo ti yu yuan shu bu fu, qi ke shu zi ti nai Ming mo feng ge, shu nei "Xuan" zi bu bi hui, dang wei Ming mo ke ben
Liu Ding New Man
No full textContinually interested in the boundaries between artistic, social and political practices, Liu Ding’s varied output includes: roundtable discussions and interviews, published theoretical texts, performances, lectures, curatorial projects, exhibitions and a commercial store, Liu Ding’s Store. In addition to employing these differing channels, Liu Ding draws on many sources and collaborators that shape his practice and its reception, from hired traditional painters to professional actors.
His interest in broadening perspectives of history beyond national identity lends itself to discussions of global commonality and shared visual, physical or psychological
experiences. Liu Ding’s central focus in the exhibition is the notion of the ‘New Man’. This term appeared frequently in the Communist government’s rhetoric and propaganda to enforce a vision of revolution, one of re-configured traditions and cultures that generate new aesthetics and new horizons. In terms of the individual, the figure of the ‘New Man’ suggests a wiliness to adapt oneself to a new ideological context. Combining the historical with the contemporary, the artist revisits the various stages of artistic reforms and formation as initiated by the Communist government since coming into power in the 1940s. He brings to the fore the construction of history and its relationship with contemporary art and subjectivity.
In 2009 Liu Ding was chosen to represent China at the 53rd Venice Biennale and in 2012 he had his first solo exhibition in the United States at the Frye Art Museum, Seattle. He has exhibited extensively in China, the UK and internationally including The Tanks and BMW Tate Live: Performance Room, Tate Modern, London; Prospect.3: Notes for Now, New Orleans Biennale; Witte de With, Rotterdam; Battersea Power Station, offsite Serpentine Gallery exhibition, London; Power Station of Art, Shanghai (10th Shanghai Biennale); Taipei Fine Arts Museum (Taipei 2012 Biennale); Seoul Museum of Art, Seoul and Museum of Modern Art, Oslo
Parapteronemobius chenggong Ding & Liu & Liao & Shen & He 2021, sp. nov.
No full textParapteronemobius chenggong He sp. nov. Figs. 3 Holotype: male, CHINA, Zhejiang Prov., Ningbo, Xiangshan, Hepu, Miaoxiakeng, 121.96 E, 29.09 N, 26-ix-2020, coll. Song Xiao-Bin. Paratype: 2 males & 25 females, same data as holotype. (depository: East China Normal University, Shanghai, China) Description. Male. Body large for Nemobiinae species (Fig 3A). Head: round and smooth, as wide as pronotum or slightly wider (Fig. 3D), eyes rather small, as same size as antennal scape, lateral ocelli developed but small (Fig. 3E), median ocellus absent, several setae on inner side of antennal cavity, rostrum convex, as wide as antennal cavity, maxillary palpi with 5th one elongate and swollen apex. Pronotum: no lateral carina, with setae on anterior and posterior margins, forewing and hindwing absent, legs long, no tympanum, hind tibia with 3 outer and 2 inner dorsal spines (Fig. 3C), five apical spurs (two inner side spurs long and three outer spurs short). Second tarsus rather short, the first and third tarsus long and almost equal to each other, several regular spurs or strong setae on ventral side of the first tarsus. Abdomen: slightly pubescent, cercus with thin and long hairs. Genitalia: similar to that of P. dibrachiatus, but distal epiphallic lobe S-shape as in Fig. 3G, H. Female. Similar to male (Fig. 3B). Ovipositor long and almost straight. Coloration: Total brown, nearly without ornamentation, with legs in yellowish brown, ovipositor reddish brown. Measurements (in mm): Male: body length (from head to anus) 6.15–7.08, pronotum length 1.45–1.52, hind femur length 3.89–4.13; Female: body length 6.14–7.41, pronotum length 1.65–1.73, hind femur length 4.35–5.20, ovipositor length 4.74–4.82. Distribution: China (Zhejiang). Etymology: The specific epithet chenggong is for the Chinese phonetic alphabet NJLj, which is the given name of Chinese national hero ẸNJLj.Published as part of Ding, Nuo, Liu, Yi-Jiao, Liao, Xin-Yi, Shen, Chu-Ze & He, Zhu-Qing, 2021, A new species of Parapteronemobius from Zhejiang, China (Orthoptera Trigonidiidae: Nemobiinae), pp. 294-300 in Zootaxa 4985 (2) on page 298, DOI: 10.11646/zootaxa.4985.2.13, http://zenodo.org/record/494303
Chirality-controlled synthesis of single-walled carbon nanotubes-From mechanistic studies toward experimental realization
No full textCarbon nanotubes (CNTs) have the recorded mechanical strength, exceptionally high thermal stability close to that of diamond, and an extremely high carrier mobility, which is two orders of magnitude higher than that of silicon. A CNT can be conducting, medium or small band gap semiconducting, depending on the exact atomic configuration and the tube diameter. To realize its applications in highend electronics and even replacing silicon in semiconductor industry, the synthesis of high-purity single-walled CNTs (SWCNTs) with unique structure (chirality) at a relatively low price, is essential. Direct synthesis of SWCNTs with the desired chirality has been one of the great challenges for more than 20 years and it is only very recently that direct synthesis of SWCNTs with purity >90% was achieved. In this review, we have summarized previous researches and state-of-the-art chirality-selective SWCNT synthesis, including experimental and theoretical studies dealing with the mechanism of SWCNT growth, potential routes toward chirality-selection during growth, and recent experimental techniques targeted toward the selective growth of high-purity SWCNTs
Fighting against Viral Hepatitis: Lessons from Taiwan
No full textViral hepatitis and its sequelae are important health problems worldwide, including Taiwan. For the last 40 years, Taiwan's scientists and health care providers have worked hard to control these sequelae, and the results have been excellent. The author, Ding-Shinn Chen, had a key role in planning and establishing the control program in Taiwan, and participated in the endeavors from the very beginning. In this perspective, he describes how he became interested in research as a medical student, his encounters with hepatitis B and C, how he and his colleagues started early detection of hepatocellular carcinoma (HCC), how he helped Taiwan's government create and implement the Viral Hepatitis Control Program, and how the effectiveness of the program in the decrease of hepatitis B carriage and HCC was monitored. He also discusses how he pioneered the use of interferon- plus ribavirin to treat chronic hepatitis C. Hepatitis B viral load as a risk factor for HCC and cirrhosis in hepatitis B surface antigen carriers is reviewed briefly, as is the prevention of sequelae by antiviral therapies. Finally, Dr. Chen discusses unresolved issues that must be addressed and predicts the changes of the patterns of liver disease in Taiwan beyond the mid-21st century, which is in part affected by the fight against viral hepatitis that was initiated in the early 1980s . CONCLUSION: Dr. Chen's perspective illustrates Taiwan's fight against viral hepatitis over the last 40 years. This experience can be shared by other countries in which the disease is equally prevalent
The mitochondrial genome of Calohilara tibetensis Ding, He, Lin, and Yang, 2020 (Diptera: Empididae)
No full textThe dance fly Calohilara tibetensis Ding, He, Lin and Yang, 2020 belongs to the subfamily Empidinae of Empididae. The mitochondrial genome of C. tibetensis was sequenced as the new representative of the subfamily Empidinae. The nearly complete mitogenome was 15,354 bp, consisting of 13 protein-coding genes, two rRNAs, and 22 tRNAs. All genes have the similar locations and strands with that of other published species of Empididae. The nucleotide composition biases toward A and T is 77.4% of the entirety. All PCGs start with ATN codons except COI and NAD1, and end with TAA or incomplete stop codon. Bayesian inference (BI) analysis strongly supported the monophyly of both Empididae and Dolichopodidae and the monophyly of subfamily Empidinae. It suggested that Calohilara is the sister group of Hilara
Sing, try oh rattle ding day.
No full textvoiceCollected by Carlisle
Transcribed by Parler
Mr. John Pennington
Fayetteville, Ark,
June 8, 1952
Reel 144, Item 6
The Old Peddler
There was an old man and his name was Ped,
He had an old mule, it was nearly dead,
Sing, try oh rattle ding day.
This old mule, his name was Jack,
You never saw a peddler so proud of his pack.
Sing try oh rattle ding day.
He jogged along till he come to the hill,
There old Nippy he stops quite still,
Sing try oh rattle ding day.
Oh, Old Ped got out and cut him a gad,
Back to the wagon Old Ped did pad,
Sing try oh rattle ding day.
He got in and he gave him a lick,
He struck so hard that he broke his stick,
Sing try oh rattle ding day.
They jogged along till they come to the top,
There Old Limpy he struck a trot,
Sing try oh rattle ding day.
And now for Foster's branch he's bound,
He'll make his trip all around,
Sing try oh rattle ding day.Funding for digitization provided by the Arkansas Humanities Council and the Happy Hollow Foundation
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