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Emergence and Development of Health Risk Communication Networks Among Street-Level Health Bureaucrats During the COVID-19 Pandemic Crisis in Myanmar

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International Journal of Disaster Risk Science 2022年第4期13卷 507-520页

作者： Thein Myomin Seunghoo lim Public Management and Policy Analysis Program Graduate School of International RelationsInternational University of JapanMinamiuonumaNiigata 949-7277Japan

Street-level health bureaucrats have actively contributed to implementing the COVID-19 prevention,control,and treatment policies of the Myanmar ***,the need for bureaucrats on the frontlines of policy implementation to maintain a safe distance from others to prevent the spread of COVID-19 has posed challenges for the sharing and exchange of information related to health *** this context,this study examined what health risk communication patterns have emerged and developed among streetlevel health bureaucrats during the COVID-19 pandemic,and how this risk communication has been affected by streetlevel health bureaucrats'perceptions of client meaningfulness and willingness to implement COVID-19 *** results reveal that street-level health bureaucrats in the health risk communication network are embedded in reciprocally or transitively connected discussion relationships that sustain their health risk communication over ***,when specific healthcare staffmembers perceive more benefits of COVID-19 policies for their patients and are more willing to care for patients,other healthcare staffavoid them to protect themselves from COVID-19 *** to their higher level of understanding of the adopted measures,healthcare staffmembers who are highly willing to implement COVID-19 policies are frequently approached by other staffmembers to communicate about COVID-19 *** study empirically contributes to the literature on street-level bureaucrats in times of pandemic crisis by examining the formation of health risk communications in the context of street-level health bureaucrats'responses to and participation in public healthcare policy implementation processes.

关键词： Client meaningfulness COVID-19 crisis Health risk communication Social network analysis Street-level bureaucrats Willingness to implement policy

Cell biomechanics and its applications in human disease diagnosis

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Acta Mechanica Sinica 2015年第2期31卷 268-273页

作者： Yasaman Nematbakhsh Chwee Teck lim NUS Graduate School for Integrative Sciences and Engineering Department of Biomedical Engineering National University of Singapore Department of Mechanical Engineering National University of Singapore Mechanobiology Institute National University of Singapore

Certain diseases are known to cause changes in the physical and biomechanical properties of *** include cancer,malaria,and sickle cell anemia among ***,such physical property changes can result in several fold increases or decreases in cell stiffness,which are significant and can result in severe pathology and eventual catastrophic breakdown of the bodily *** there are developed biochemical and biological assays to detect the onset or presence of diseases,there is always a need to develop more rapid,precise,and sensitive methods to detect and diagnose *** property changes can play a significant role in this *** such,research into disease biomechanics can not only give us an in-depth knowledge of the mechanisms underlying disease progression,but can also serve as a powerful tool for detection and *** article provides some insights into opportunities for how significant changes in cellular mechanical properties during onset or progression of a disease can be utilized as useful means for detection and *** will also showcase several technologies that have already been developed to perform such detection and diagnosis.

关键词： Biophysical properties Cancer Malaria Cell enrichment Phenotyping Diagnostic tool Mechanopathology Cell separation and capture

A Study on the Influences of the COVID-19 Pandemic-Related Depression, Anxiety, Stress, and Treatment-Crisis on Quality of Life in Cancer Patients - A Secondary Publication

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Proceedings of Anticancer Research 2024年第2期8卷 73-87页

作者： So Hyoung Kim Kyung Hee lim Kungpook National University Chilgok Hospital DaeguRepublic of Korea College of Nursing Keimyung UniversityDaeguRepublic of Korea

Objective:To investigate the factors affecting the quality of life of cancer patients by examining the degree of the COVID-19 pandemic-related depression,anxiety,stress,and treatment ***:Data were collected from 132 cancer patients undergoing surgery,chemotherapy,radiotherapy,and hormone therapy at K University Hospital in D City using a structured *** period of data collection was from May 6 to May 28,*** collected data were analyzed using descriptive statistics,t-test,ANOVA,Pearson’s correlation,and stepwise multiple ***:The mean scores of quality-of-life,depression,anxiety,stress,and treatment crisis during the COVID-19 pandemic were 84.64±29.09,15.14±6.49,4.66±5.27,75.83±17.70,and 78.52±19.95,*** terms of factors affecting the quality of life related to the COVID-19 pandemic,COVID-19 pandemic-related stress(β=0.41,P<0.001)appeared to have the greatest impact,followed by COVID-19 pandemic-related treatment-crisis(β=0.28,P=0.002),anxiety(β=0.21,P=0.002),and gender(β=0.14,P=0.009),with a total explanatory power of 67.6%.Conclusion:To improve the quality of life during the COVID-19 pandemic,COVID-19 pandemic-related stress,treatment-crisis,and anxiety should be periodically monitored and nursing interventions such as education on infection prevention,management,and emotional support programs should be provided to decrease the COVID-19 pandemic-related stress,treatment-crisis,and anxiety.

关键词： Cancer COVID-19 Quality of life

Advanced metal–organic frameworks for aqueous sodium-ion rechargeable batteries

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Journal of Energy Chemistry 2021年第2期30卷 396-406,I0014页

作者： Dongkyu Choi Seonguk lim Dongwook Han School of Nano Convergence Technology Hallym UniversityChuncheon 24252Gangwon-doRepublic of Korea Nano Convergence Technology Center Hallym UniversityChuncheon 24252Gangwon-doRepublic of Korea

Inexpensive and abundant sodium resources make energy storage systems using sodium chemistry promising replacements for typical lithium-ion rechargeable batteries(LIBs).Fortuitously,aqueous sodium-ion rechargeable batteries(ASIBs),which operate in aqueous electrolytes,are cheaper,safer,and more ionically conductive than batteries that operate in conventional organic electrolytes;furthermore,they are suitable for grid-scale energy storage *** electrode materials for storing Na~+ ions in ASIBs,a variety of multifunctional metal-organic frameworks(MOFs) have demonstrated great potential in terms of having porous 3 D crystal structures,compatibility with aqueous solutions,long cycle lives(≥1000 cycles),and ease of *** present review describes MOF-derived technologies for the successful application of MOFs to ASIBs and suggests future challenges in this area of research based on the current understanding.

关键词： Metal–Organic Framework(MOF) Prussian blue Metal hexacyanoferrate Aqueous electrolyte Sodium-ion Rechargeable battery

Automatic Discontinuity Classification of Wind-turbine Blades Using A-scan-based Convolutional Neural Network

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Journal of Modern Power Systems and Clean Energy 2021年第1期9卷 210-218页

作者： Jiyeon Choung Sun lim Seung Hwan lim Su Chung Chi Mun Ho Nam Korea Electronics Technology Institute 401-402Bucheon Technopark655Pyeongcheon-roWonmi-guBucheon-siGyeonggi-do 14502Korea Sam Yong Inspection Engineering Co.Ltd.

Recent development trends in wind power generation have increased the importance of the safe operation of wind-turbine blades(WTBs). To realize this objective, it is essential to inspect WTBs for any defects before they are placed into operation. However, conventional methods of fault inspection in WTBs can be rather difficult to implement, since complex curvatures that characterize the WTB structures must ensure accurate and reliable inspection. Moreover, it is considered useful if inspection results can be objectively and consistently classified and analyzed by an automated system and not by the subjective judgment of an inspector. To address this concern,the construction of a pressure-and shape-adaptive phased-array ultrasonic testing platform, which is controlled by a nanoengine operation system to inspect WTBs for internal defects, has been presented in this paper. An automatic classifier has been designed to detect discontinuities in WTBs by using an A-scanimaging-based convolutional neural network(CNN). The proposed CNN classifier design demonstrates a classification accuracy of nearly 99%. Results of the study demonstrate that the proposed CNN classifier is capable of automatically classifying the discontinuities of WTB with high accuracy, all of which could be considered as defect candidates.

关键词： Wind-turbine blade(WTB) blade inspection platform convolutional neural network(CNN) discontinuity phased-array ultrasonic testing(PAUT) A-scan

Towards Interference-Aware ZigBee Transmissions in Heterogeneous Wireless Networks

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Computers, Materials & Continua 2021年第1期66卷 751-765页

作者： Sangsoon lim Sanghyun Seo Department of Computer Engineering Sungkyul UniversityAnyangSouth Korea School of Computer Art Chung-ang UniversityAnseongSouth Korea

Cross-technology interference(CTI)from diverse wireless networks such as ZigBee,Bluetooth,and Wi-Fi has become a severe problem in the 2.4 GHz Industrial Scientific and Medical(ISM)***,low power and lossy networks are vulnerable to the signal interferences from other aggressive wireless networks when they perform low power operations to conserve the energy *** paper presents CoSense,which accurately detects ZigBee signals with a reliable signal correlation scheme in the presence of the *** key concept of CoSense is to reduce false wake-ups of low power listening(LPL)by identifying the pre-defined ZigBee *** scheme is robust in the coexistence environment of diverse wireless technologies since the signal correlation works well in bad wireless channel *** achieves standard compliance and transparency without any hardware and firmware *** have implemented CoSense on the Universal Software Radio Peripheral(USRP)platform to verify its *** experimental exploration reveals that CoSense significantly reduces the false-positive and false-negative rate under typical setting and the additional overhead is *** results show that our scheme saves much energy by up to 63%in dynamic network interference scenarios where low-power ZigBee transmissions are overwhelmed by strong Wi-Fi signal interferences.

关键词： Heterogeneous wireless networks interference ZigBee detection energy efficiency low-power listening

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儒家智德思想赋能智能时代大学生道德教育

教育文化论坛 2024年第2期16卷 77-86页

作者：孙雷林志敏拉曼大学中华研究院马来西亚吉隆坡43200 海口经济学院网络学院海南海口571100

人工智能的发展影响着人类社会的各个领域,特别是ChatGPT的出现,给教育领域带来了变革。先进的人工智能技术与海量的数据信息为教育提供了更多与更好的技术支持,然而也给学校的思想道德教育带来了前所未有的挑战。教育是兴邦之本,教育... 详细信息

人工智能的发展影响着人类社会的各个领域,特别是ChatGPT的出现,给教育领域带来了变革。先进的人工智能技术与海量的数据信息为教育提供了更多与更好的技术支持,然而也给学校的思想道德教育带来了前所未有的挑战。教育是兴邦之本,教育承担着人才培养、文化传承与社会服务等历史使命,德育是教育的重中之重。通过分析智能时代大学生的道德教育面临新的挑战,提出以儒家“智德”思想赋能“智能”时代大学生道德教育,从儒家“智德”思想中总结出五重价值:明辨是非,知耻明辱;仁者爱人,以智辅仁;学而知之,崇智明德;仁智并重,从善利他;敬德修业,知行并进。

关键词：智能时代儒家智德大学生道德教育

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Investigating seed mineral composition in Korean landrace maize(Zea mays L.) and its kernel texture specificity

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Journal of Integrative Agriculture 2019年第9期18卷 1996-2005页

作者： Sooyeon lim Gibum Yi Department of Plant Science Plant Genomics and Breeding Institute/Research Institute of Agriculture and Life Sciences Seoul National University

Mineral malnutrition affects billions of people all over the world and biofortification of staple crops provides a potential way to alleviate dietary mineral *** example,nutritional quality is an important breeding target for fresh waxy maize(Zea mays L.),which is widely consumed in Asian *** improvement of mineral composition will require comprehensive profiling of the mineral composition of maize varieties and an understanding of the capacity for maize grains to accumulate ***,using inductively coupled plasma absorption emission spectrometry,we quantified 12 minerals from the seeds of 47 maize varieties,including 25 Korean *** also compared the mineral contents in varieties with different seed starch profiles:waxy maize(which contains 100%amylopectin),dent maize(roughly 75%amylopectin and 25%amylose),and flint maize(similar to dent maize).The amounts of potassium,phosphorus,and sulfur were correlated with seed texture,waxy maize having higher amounts of phosphorus and potassium than dent maize and lower amounts of sulfur than flint maize or dent *** addition,a positive relationship was detected between the amount of phosphorus and that of potassium,magnesium,and *** results provide information on maize seed mineral composition and indicate that it could be affected by starch ***,the landraces that exhibit high mineral contents could be used as germplasm materials for breeding programs aimed at producing biofortified maize cultivars.

关键词： micronutrient macronutrient biofortification maize aleurone endosperm

S-＊w-Principal Ideal Domains

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Algebra Colloquium 2018年第2期25卷 217-224页

作者： Hwankoo Kim JungWook lim Department of Information Security Hoseo University Asan 31499 Republic of Korea Department of Mathematics Kyungpook National University Daegu 41566 Republic of Korea

Let D be an integral domain, ＊a star-operation on D, and S a multiplicative subset of D. We define D to be an S-＊w-principal ideal domain if for each nonzero ideal I of D, there exist an element s ∈ S and a principal ideal （c） of D such that sI （c） In this paper, we study some properties of S-＊w-principal ideal domains. Among other things, we study the local property, the Nagata type theorem, and the Cohen type theorem for S-＊w-principal ideal domains.

关键词： S-*w-principal S-*w-principal ideal domain *-countable type *w-Dedekind domain