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| 1 | 含风电孤立中压微电网暂态电压稳定协同控制策略显示文摘分析了孤立中压微电网中双馈异步风力发电机组(DFIG)与动态负荷的暂态运行特性。为改善含DFIG微电网的暂态电压稳定性,提出了基于就地层储能稳定控制、DFIG快速变桨控制和甩动态负荷的暂态电压稳定协同控制策略。基于PSCAD/EMTDC建立了东澳岛中压微电网系统和稳定控制策略模型,研究结果表明,微电网暂态电压稳定性与微电网中风电渗透率和负荷特性密切相关;在大扰动下,提出的暂态电压稳定协同控制策略能有效增强微电网的电压稳定性。 | 赵卓立 杨苹 蔡泽祥 周少雄 Timothy C.Green | 2015 | 电力自动化设备2015，35，10： | 16 |
| 2 | 含风电孤立中压微电网静态电压稳定性分析及改善策略显示文摘分析了孤立微电网中双馈异步风力发电机组(DFIG)的功率电压特性,针对微电网不同运行方式约束,为改善含DFIG微电网的静态电压稳定性,提出了基于就地层储能稳定控制、DFIG快速变桨控制的静态电压稳定增强控制策略。基于PSCAD/EMTDC建立了微电网系统和稳定控制策略模型,研究结果表明,在不同运行方式下风速扰动时,提出的增强控制策略能有效增强微电网的静态电压稳定性,确保微电网的安全稳定运行。 | 赵卓立 杨苹 蔡泽祥 周少雄 Timothy C.Green 雷金勇 | 2015 | 电力自动化设备2015，35，11： | 10 |
| 3 | Source apportionment of atmospheric particulate carbon in Las Vegas,Nevada,USA显示文摘研究被进行确定到在在拉斯维加斯山谷的四个城市的地点的碳的 PM2.5 的来源类型的冬贡献,在西南的美国的最快成长的城市的区域之一。24 个小时平均的周围的样品为质量,离子,元素,器官的碳(OC ) ,元素的碳(EC ) ,和踪迹被收集器官的标记分析。另外的大小被做决定日报在轻吸收的黑碳(BC ) 的模式作为为燃烧来源的一个标记。在道路上汽油车辆,在道路上柴油机车辆,和越野的柴油机引擎的碳的下午来源与他们的化学侧面,以及基于燃料的排放因素被描绘,用一个在里面羽毛采样系统。有效变化化学集体平衡(EV-CMB ) 来源分配模型被用于收集的周围的样品,用在象从另外的相关研究的侧面一样的这研究开发的来源侧面。四主要来源在拉斯维加斯山谷以内贡献了 PM2.5 碳:(1 ) 铺了道路灰尘,(2 ) 在道路上汽油车辆,(3 ) 居住木头燃烧,并且(4 ) 在道路上柴油机车辆。CMB 估计在道路上混合了舰队汽油车辆根本是为 OC 和 EC 的最大的来源这些地点。到 OC 和 EC 的铺的道路灰尘的贡献在四个地点是 510% 。在道路上柴油机车辆在城市中心附近在一个地点贡献 22% OC 和 34% EC,它被定位一条主要马路立即顺风。居住木头燃烧比为二个居住邻居地点的在道路上柴油机车辆是更重要的来源。这些结果与我们的概念的模型一致,并且研究方法论可以被用于学习另外的城市的区域。 | Mark C.Green Judith C.Chow M.-C.Oliver Chang L.-W.Antony Chen Hampden D.Kuhns Vicken R.Etyemezian John G.Watson | 2013 | Particuology2013，11，1： | 5 |
| 4 | MMC-MTDC直流电网多重主站直流电压协调控制策略研究(英文)显示文摘研究目前多端直流电网(multi-terminal DC,MTDC)的控制策略,提出一种新的基于下垂控制(droop control)的多端直流电压控制策略,可保证在一个控制直流电压的主站停运下直流电网的可靠性及电压稳定性。为验证所提出的控制策略的正确性和有效性,在RT-lab实时仿真器中建立一个五端(站)直流电网模型,远距离海岸风场通过直流电网与陆上交流系统连接起来。每一个站都由模块化多电平换流器(modular multilevel converter,MMC)组成,其中:两个换流器的控制方式是定直流电压和定无功功率控制(主站),两个换流站是定有功功率和无功功率控制(有差调节)、一个换流站是定交流电压和频率控制(风电场站)。当一个主站换流器停运时,仿真结果证实了所提出的新型直流电压控制策略的正确性和有效性。 | 林畅 吴学光 Claudia E.Spallarossa Tim C.Green | 2014 | 智能电网2014，2，10： | 2 |
| 5 | Improved estimation of PM_(2.5) brown carbon contributions to filter light attenuation显示文摘Multiwavelength light attenuation measurements have been acquired as part of thermal/optical carbon analysis in the U.S.Chemical Speciation Network(CSN)and the Interagency Monitoring of PROtected Visual Environments(IMPROVE)network beginning in 2016.These are used to estimate PM_(2.5)brown carbon(BrC)contributions to light absorption at various wavelengths,a useful method for separating biomass burning contributions from other sources.Attenuation of light transmitted through the filter deviates from Beers Law as the mass of light absorbing materials increase.This study estimates the effects of these deviations with empirical adjustment factors applied to samples for CSN from 2016 to 2017 and for IMPROVE from 2016 to 2019.Accounting for the filter loading effect results in an annual average increase of∼6-7%BrC contribution to light attenuation:from 3.6%to 10.7%for the urban,more heavily loaded CSN samples;and from 23.7%to 29.5%for the non-urban IMPROVE samples.An alternative method is examined for BrC and black carbon(BC)adjustments by calculating the AbsorptionÅngström Exponent(AAE)for BC(i.e.,AAE_(BC))based on the ratios of 635 nm/780 nm light attenuation rather than assuming AAE_(BC)of unity.These paired-wavelength calculations result in a median AAE_(BC)of 0.76 for CSN and 0.8 for IMPROVE,with the majority of samples(i.e.,91%of CSN and 70%of IMPROVE)showing AAE_(BC)<1.By assuming negligible contributions from BrC to AAE at longer wavelengths,the amount of light attenuation at shorter wavelengths(e.g.,405 nm)where BrC is dominant can be calculated.The paired-wavelength method applied to the filter loading adjusted data has a greater effect on urban(fresh)than on non-urban(aged)aerosols,resulting in a factor of two increase in annual averaged BrC light attenuation(from 10.7%to 21.6%)for CSN and by a factor of 1.11(from 29.5%to 32.7%)for IMPROVE samples.This result demonstrates the importance of particle loading and AAE correction on quantifying BrC light attenuation from multi-wavelength thermal/optical analysis. | Judith C.Chow L.-W.Antony Chen Xiaoliang Wang Mark C.Green John G.Watson | 2021 | Particuology2021，19，3： | 2 |
| 6 | Optimal Investment, Growth Options, and Security Returns显示文摘 | Jonathan B.Berk Richard C.Green VasantNaik | 2002 | The Journal of Finance2002，，5： | 1 |
| 7 | Optimal Investment, Growth Options, and Security Returns显示文摘 | Jonathan B.Berk Richard C.Green VasantNaik | 2002 | The Journal of Finance2002，，5： | 1 |
| 8 | Helicobacter pylori infection and the risks of Barrett’s oesophagus: A population‐based case–control study显示文摘 | Aaron P.Thrift NirmalaPandeya Kylie J.Smith Adèle C.Green Nicholas K.Hayward Penelope M.Webb David C.Whiteman | 2012 | Int J Cancer2012，，10： | 1 |
| 9 | Demand Forecasting:Evidence-based Methods显示文摘 | J·Scott Armstrong Kesten C.Green | | 0，，02： | 1 |
| 10 | Comparison of Cost-effective Distances for LFAC with HVAC and HVDC in Their Connections for Offshore and Remote Onshore Wind Energy显示文摘For a cost-effective connection of large-scale longdistance wind energy,a low frequency alternating current(LFAC)transmission scheme(16.7 Hz or 20 Hz)is proposed as an alternative to the conventional high voltage alternating current(HVAC)transmission scheme(50 Hz or 60 Hz)and the recently popular high voltage direct current(HVDC)transmission scheme(0 Hz).The technical feasibility of the LFAC system is demonstrated but the basis for identifying the distance ranges for which LFAC would be preferable to HVAC and HVDC are not established and the dependence of this range on factors,such as power transfer rating,voltage rating and cable/line type,is not investigated.This paper presents an in-depth analysis for the overall cost of LFAC system and then provides an extensive comparison with HVAC and HVDC,to explore the distance ranges over which LFAC is cost-effective over both HVAC and HVDC in connections of offshore and remote onshore wind energy.The results demonstrate that the LFAC system does possess ranges in the intermediate distance for which it is more cost-effective than both HVAC and HVDC,and its overall cost advantage is generally larger in the overhead line(OHL)connection of remote onshore wind energy than the cable connection of offshore wind energy. | Xin Xiang Shiyuan Fan Yunjie Gu Wenlong Ming Jianzhong Wu Wuhua Li Xiangning He Timothy C.Green | 2021 | CSEE Journal of Power and Energy Systems2021，7，5： | 1 |
| 11 | Modeling and analysis of fault behavior of inverter microgrid to aid future fault detection显示文摘 | Maria Brocoli Tim C.Green | | 0，，06： | 1 |
| 12 | Talcum powder, chronic pelvic inflammation and NSAIDs in relation to risk of epithelial ovarian cancer显示文摘 | Melissa A.Merritt Adèle C.Green Christina M.Nagle Penelope M.Webb | 2007 | Int J Cancer2007，，1： | 1 |
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