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22篇 您的检索式:作者名="CHOI Sungho"
    题名 作者 年代 出处 被引量
1Acute carbon monoxide poisoning and delayed neurological sequelae: a potential neuroprotection bundle therapy显示文摘Currently,there is no known optimal therapy for carbon monoxide(CO)poisoning and CO-associated delayed neurological sequelae.Hyperbaric oxygen therapy(HBOT)is a well-known treatment method,but its use for CO poisoning patients is controversial to use due to lack of evidences regarding its efficacy.Thus,it is unlikely that HBOT alone will be accepted as the standard treatment method.In this article,current and potential treatment methods of CO poisoning are presented as well as the tentativeSungho Oh Sang-Cheon Choi 2015Neural Regeneration Research2015,10,1:12
2Changes in the distribution of South Korean forest vegetation simulated using thermal gradient indices显示文摘To predict changes in South Korean vegetation distribution,the Warmth Index(WI) and the Minimum Temperature of the Coldest Month Index(MTCI) were used.Historical climate data of the past 30 years,from 1971 to 2000,was obtained from the Korea Meteorological Administration.The Fifth-Generation National Center for Atmospheric Research(NCAR) /Penn State Mesoscale Model(MM5) was used as a source for future climatic data under the A1B scenario from the Special Report on Emission Scenario(SRES) of the Intergovernmental Panel on Climate Change(IPCC).To simulate future vegetation distribution due to climate change,the optimal habitat ranges of Korean tree species were delimited by the thermal gradient indices,such as WI and MTCI.To categorize the Thermal Analogy Groups(TAGs) for the tree species,the WI and MTCI were orthogonally plotted on a two-dimensional grid map.The TAGs were then designated by the analogue composition of tree species belonging to the optimal WI and MTCI ranges.As a result of the clustering process,22 TAGs were generated to explain the forest vegetation distribution in Korea.The primary change in distribution for these TAGs will likely be in the shrinkage of areas for the TAGs related to Pinus densiflora and P.koraiensis,and in the expansion of the other TAG areas,mainly occupied by evergreen broad-leaved trees,such as Camellia japonica,Cyclobalanopsis glauca,and Schima superba.Using the TAGs to explain the effects of climate change on vegetation distribution on a more regional scale resulted in greater detail than previously used global or continental scale vegetation models.CHOI Sungho LEE Woo-Kyun SON Yowhan YOO Seongjin LIM Jong-Hwan 2010Science China(Life Sciences)2010,53,7:6
3Remote Navigation of Turtle by Controlling Instinct Behavior via Human Brain-computer Interface显示文摘Cheol-Hu Kim Bongjae Choi Dae-Gun Kim Serin Lee Sungho Jo Phill-Seung Lee 2016Journal of Bionic Engineering2016,13,3:4
4基于温度指数-温暖指数和最冷月低温对韩国森林植被分布变化的模拟显示文摘利用温暖指数(WI)和最冷月平均最低气温(MTCI)预测韩国森林覆盖和植被分布的变化.为模拟气候变化引起的植被分布变化,利用过去30年(1971-2000年)的气候数据和第5代NCAR和PennState Mesoscale模型(MM5)计算得到IPCC特别报告中A1B情景下的未来气候数据.WI和MTCI是非常重要的热量指标,它们与植物获得的有效热量和抗寒能力密切相关,树种的最适分布范围也受这两种热量指标的影响.为获得树种的热量相似组合(TAG),将树种分布范围的WI和MTCI配置于二维网格图上,然后根据处于相似WI和MTCI范围的树种划为同一TAG.通过聚类分析产生出17种用于解释韩国森林植被分布的TAG.预测结果显示,未来几年韩国境内的WI和MTCI分布将向右上方移动.同时发现,与Pinusdensiflora和P.koraiensis等种类有关的热量相似组合的面积将会缩小,而常绿阔叶树(如Camellia japonica,Cyclobalanopsis glauca)占优势的热量相似组合的面积将扩大.与过去使用的全球或大陆尺度的植被模型相比,针对TAG的过程分析能够更明确地解释气候变化在区域尺度上的影响.CHOI Sungho LEE Woo-Kyun SON Yowhan YOO Seongjin 2010中国科学:生命科学2010,40,7:3
5Bandwidth Allocation Method by Service for WDM EPON显示文摘A WDM(Wavelength Division Multiplexing) EPON(Ethernet Passive Optical Network) is an economical and efficient access network that has attracted significant research attention in recent years. A MAC(Media Access Control) Protocol of PON is based on TDMA(Time Division Multiple Access) basically, we can classify this protocol into a fixed length slot assignment method suitable for leased line supporting Qos(Quality of Service) and a variable length slot assignment method suitable for LAN/MAN with the best ...Yongseok Chang Changgyu Choi Jonghoon Eom Sungho Kim 2003光学学报2003,23,S1:2
6Flammable carbon nanotube transistors on a nitrocellulose paper substrate for transient electronics显示文摘短暂电子学代表包括能响应刺激以一种控制方式消失的材料的技术的一个新兴的班。与被设计在最长可能的时期上操作的常规电子设备相对照,短暂电子学被操作在一个短、明确的时期上典型地定义;当不再需要时,短暂电子学经历 self-deconstruction 并且完全消失。在这个工作,明确地,我们基于纸底层表明热地触发的短暂电子设备的制造一份硝化纤维素报纸。因为它由被暴露被 nitrating 纤维素形成到硝酸的高度易燃的部件组成,硝化纤维素纸经常在魔力的行为被使用。因此,没有生产任何残余,在硝化纤维素纸上制作的电子设备的完全、快速的破坏是可能的(即,灰) 。顷刻率能被控制收音机频率修改被用于银(Ag ) 的导致信号的电压抵抗加热器,它在硝化纤维素纸的背后上被印上。Ag 抵抗加热器被简单、便宜踩的制造准备,它不要求严厉化学药品或复杂热处理。为硝化纤维素纸底层上的电子学,我们采用了半导体的碳 nanotube (CNT ) 在为优异电、机械的性质的晶体管的网络隧道。Jinsu Yoon Juhee Lee Bongsik Choi Dongil Lee Dae Hwan Kim Dong Myong Kim Dong-II Moon Meehyun Lim Sungho Kim Sung-Jin Choi 2017Nano Research2017,10,1:2
7Low temperature crystallization of high permittivity Ta oxide using an Nb oxide thin film for metal/insulator/metal capacitors in dynamic random access memory applications 显示文摘DONGJOON M SUNGHO P BUM-SEOK S CHOI S LEE N LEE J H 2005Journal of Vacuum Science and Technology B2005,23,1:1
8Which Gene is a Dominant Predictor of Response During FOLFOX Chemotherapy for the Treatment of Metastatic Colorectal Cancer, the MTHFR or XRCC1 Gene?显示文摘Kwang Wook Suh MD Joo Hyung Kim MD Do Yoon Kim MD Young Bae Kim MD Chulho Lee Sungho Choi PhD 2006Annals of Surgical Oncology2006,,11:1
9, Ownership, Governance, and Bank Performance: Korean Experience 显示文摘Choi Sungho Hasan I 2005Financial Markets In- stitutions & Instruments2005,14,04:1
10Which Gene is a Dominant Predictor of Response During FOLFOX Chemotherapy for the Treatment of Metastatic Colorectal Cancer, the MTHFR or XRCC1 Gene?显示文摘Kwang Wook Suh MD Joo Hyung Kim MD Do Yoon Kim MD Young Bae Kim MD Chulho Lee Sungho Choi PhD 2006Annals of Surgical Oncology2006,,11:1
11Nonvolatile memory by all-around-gate junctionless transistor composed of silicon nanowire on bulk substrate 显示文摘CHOI S MOON D SUNGHO K 2011IEEE Electron Device Letters2011,32,5:1
12Adaptive predistortion with direct learning based on piecewise linear approximation of amplifier nonlinearity 显示文摘Choi Sungho Jeong Eui-rim and Lee Y H 2009IEEE Journal of Selected Topics in Signal Processing2009,3,3:1
13Eu 2+ and Mn 2+ activated single phase white emitting phosphor Na(Sr,Ba)PO 4 for phosphor converted-LEDs显示文摘Sungho Choi Young Jun Yun Ha-Kyun Jung 2012Materials Letters2012,,:1
14Adaptive Predistortion With Direct Learning Based on Piecewise Linear Approximation of Amplifier Nonlinearity显示文摘Sungho Choi Yong H 0,,03:1
15Lumines-cent properties of a novel red-emitting phosphor:Eu^3+-activated Ca3Sr3(VO4)4显示文摘Choi Sungho Moon Youngnun Kim Kyoungun 2009J Lumin2009,129,:1
16Adaptive predistortion with direct learning based on piecewise linear approximation of amplifier nonlinearity 显示文摘Sungho Choi Eui-Rim Jeong Yong H Lee 2009IEEE Journal of Selected Topics in Signal Processing2009,3,3:1
17Relationship of Vitamin D Binding Protein Polymorphisms and Lung Function in Korean Chronic Obstructive Pulmonary Disease显示文摘Ji Ye Jung Dong Pil Choi Sungho Won 2014Yonsei Med J2014,55,5:1
18Multi-layer nanogap array for high-performance SERS substrate显示文摘Myeong-Lok Seol Ju-Hyun Kim Taejoon Kang Hwon Im Sungho Kim Bongsoo Kim Yang-Kyu Choi 2011Nanotechnology2011,,23:1
19Ownership, governance, and bank performance: Ko rean experience显示文摘Sungho Choi Iftekhar Hasan 2005Financial Markets Institutions and Instruments2005,14,4:1
20Consistency of intensity ratio between spectral lines with similar self-absorption characteristics during ungated laser induced breakdown spectroscopy measurements显示文摘This work reports that the intensity ratio of spectral lines having similar self-absorption characteristics during laser induced breakdown spectroscopy(LIBS) analysis can become nearly constant over a wide range of irradiation conditions if the intensities are integrated over a sufficiently long time. It is shown that the plasma temperature and intensity ratio of these spectral lines have temporal similarity. The spectral lines with similar self-absorption properties may be selected to improve the accuracy and consistency of LIBS analysis results under an environment with fluctuating measurement conditions.Jung-Hwan IN Youngmin MOON Jang-Hee CHOI Sungho JEONG 2019Plasma Science and Technology2019,21,3:0
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