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1,750 results on '"Wang, Ya‐Ping"'

36. Dermatology nurse prescribing in China: a Delphi method

Author

Han Shi-Fan, Gao Jin-Ping, Cao Yan, Zhu Rui-Fang, and Wang Ya-Ping

Subjects
dermatological drugs, dermatology department, modified delphi, nurse prescribing, nurses, Nursing, RT1-120
Abstract

Objectives: To identify the dermatological system drugs that may be prescribed by Chinese dermatological nurses through expert consensus.

Published
2023
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41. Introduction: Urban Inequality and Segregation in Europe and China

Author

Pryce, Gwilym, Chen, Yu, Wang, Ya Ping, Angelidou, Margarita, Editorial Board Member, Farnaz Arefian, Fatemeh, Editorial Board Member, Batty, Michael, Editorial Board Member, Davoudi, Simin, Editorial Board Member, DeVerteuil, Geoffrey, Editorial Board Member, Jones, Paul, Editorial Board Member, Kirby, Andrew, Editorial Board Member, Kropf, Karl, Editorial Board Member, Lucas, Karen, Editorial Board Member, Maretto, Marco, Editorial Board Member, Modarres, Ali, Editorial Board Member, Neuhaus, Fabian, Editorial Board Member, Nijhuis, Steffen, Editorial Board Member, Aráujo de Oliveira, Vitor Manuel, Editorial Board Member, Silver, Christopher, Editorial Board Member, Strappa, Giuseppe, Editorial Board Member, Vojnovic, Igor, Editorial Board Member, Whitehand, Jeremy W. R., Editorial Board Member, Yamu, Claudia, Editorial Board Member, Pryce, Gwilym, editor, Wang, Ya Ping, editor, Chen, Yu, editor, Shan, Jingjing, editor, and Wei, Houkai, editor

Published
2021
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42. Urban Villages, Their Redevelopment and Implications for Inequality and Integration

Author

Wang, Ya Ping, Angelidou, Margarita, Editorial Board Member, Farnaz Arefian, Fatemeh, Editorial Board Member, Batty, Michael, Editorial Board Member, Davoudi, Simin, Editorial Board Member, DeVerteuil, Geoffrey, Editorial Board Member, Jones, Paul, Editorial Board Member, Kirby, Andrew, Editorial Board Member, Kropf, Karl, Editorial Board Member, Lucas, Karen, Editorial Board Member, Maretto, Marco, Editorial Board Member, Modarres, Ali, Editorial Board Member, Neuhaus, Fabian, Editorial Board Member, Nijhuis, Steffen, Editorial Board Member, Aráujo de Oliveira, Vitor Manuel, Editorial Board Member, Silver, Christopher, Editorial Board Member, Strappa, Giuseppe, Editorial Board Member, Vojnovic, Igor, Editorial Board Member, Whitehand, Jeremy W. R., Editorial Board Member, Yamu, Claudia, Editorial Board Member, Pryce, Gwilym, editor, Wang, Ya Ping, editor, Chen, Yu, editor, Shan, Jingjing, editor, and Wei, Houkai, editor

Published
2021
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48. Discovery of Intrinsic Quantum Anomalous Hall Effect in Organic Mn-DCA Lattice

Author

Wang, Ya-ping, Ji, Wei-xiao, Zhang, Chang-wen, Li, Ping, Wang, Pei-ji, Kong, Biao, Li, Sheng-shi, Yan, Shi-shen, and Liang, Kang

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

The quantum anomalous Hall (QAH) phase is a novel topological state of matter characterized by a nonzero quantized Hall conductivity without an external magnetic field. The realizations of QAH effect, however, are experimentally challengeable. Based on ab initio calculations, here we propose an intrinsic QAH phase in DCA Kagome lattice. The nontrivial topology in Kagome bands are confirmed by the nonzero chern number, quantized Hall conductivity, and gapless chiral edge states of Mn-DCA lattice. A tight-binding (TB) model is further constructed to clarify the origin of QAH effect. Furthermore, its Curie temperature, estimated to be ~ 253 K using Monte-Carlo simulation, is comparable with room temperature and higher than most of two-dimensional ferromagnetic thin films. Our findings present a reliable material platform for the observation of QAH effect in covalent-organic frameworks., Comment: 9 pages,4 figures

Published
2017
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49. Two-Dimensional Arsenene Oxide: A Realistic Large-gap Quantum Spin Hall Insulator

Author

Wang, Ya-ping, Ji, Wei-xiao, Zhang, Chang-wen, Li, Ping, Zhang, Shu-feng, Wang, Pei-ji, Li, Sheng-shi, and Yan, Shi-shen

Subjects
Condensed Matter - Materials Science
Abstract

Searching for two-dimensional (2D) realistic materials able to realize room-temperature quantum spin Hall (QSH) effects is currently a growing field. Here, we through ab initio calculations to identify arsenene oxide, AsO, as an excellent candidate, which demonstrates high stability, flexibility, and tunable spin-orbit coupling (SOC) gaps. In contrast to known pristine or functionalized arsenene, the maximum nontrivial band gap of AsO reaches 89 meV, and can be further enhanced to 130 meV under biaxial strain. By sandwiching 2D AsO between BN sheets, we propose a quantum well in which the band topology of AsO is preserved with a sizeable band gap. Considering that AsO having fully oxidized surfaces are naturally stable against surface oxidization and degradation, this functionality provides a viable strategy for designing topological quantum devices operating at room temperature., Comment: 8 pages, 5 figures

Published
2017
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50. Effect of the Variable Kuroshio Intrusion Pathway on Deep Flow in the Northern South China Sea.

Author

Quan, Qi, Zhang, Han, Liu, Xiaohui, Yu, Yi, Yang, Yang, He, Qingyou, and Wang, Ya Ping

Abstract

The effect of the variable Kuroshio intrusion pathway on deep flow in the northern South China Sea (NSCS) is investigated using observational and theoretical analyses. With significant seasonality in path variation, the leaking path is found to be most frequent, whereas the looping (leaping) path is transient and prefers to occur in winter (summer). Such multipath variability contributes greatly to the highest surface eddy kinetic energy in the NSCS, with the energy peaking for the looping path in winter, followed by the leaking and leaping paths. The information flow–based causality analysis suggests that the energetic surface perturbations in the Kuroshio intrusion region are causal to the intraseasonal variability in deep flow east of the Dongsha Islands, wherein the linkage is strongest within the Kuroshio Loop Current eddy shedding event related to the looping path. Therefore, the underlying dynamics for the vertical coupling is illustrated by this event, in which the eddy is highly compressed to the surface because of sloping topography and its energy is partially transferred downward through vertical pressure work to force the abyssal topographic Rossby waves. Moreover, the energetics and instability analyses reveal that barotropic instability dominates the energy transfer from background flow to eddies in the Kuroshio intrusion region, which energizes the surface perturbations most intensively for the looping path, followed by the leaking and leaping paths. The characteristic scales of the most unstable mode estimated by the reduced-gravity model are analogous to the observations and account for the rapid growth of surface perturbations in the Kuroshio intrusion region. [ABSTRACT FROM AUTHOR]

Published
2024
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