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61篇 您的检索式:作者名="Phiri"
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1Types and Characteristics of Volcanostratigraphic Boundaries and Their Oil-Gas Reservoir Significance显示文摘Just like in sedimentary stratigraphy, the volcanostratigraphic boundary is an important factor for constructing volcanostratigraphic framework. The fundamental factor of volcanostratigraphic boundaries is to classify the types and define their characteristics. Based on field investigation and cross-wells section analysis of Mesozoic volcanostratigraphy in NE China, 5 types of volcanostratigraphic boundaries have been recognized, namely eruptive conformity boundary(ECB), eruptive unconformity boundary(EUB), eruptive interval unconformity boundary(EIUB), tectonic unconformity boundary(TUB) and intrusive contacts boundary(ICB). Except ICB, the unconformity boundaries can be divided into angular unconformity and paraconformity. The time spans and signs of these boundaries are analyzed by using age data of some volcanic fields that have been published. The time spans of ECB and EUB are from several minutes to years. In lava flows, cooling crust is distributed above and below ECB and EUB; in pyroclastic flows, airfalls and lahars, a fine layer below these boundaries has no discernable erosion at every part of the boundary. EUB may be curved or cross curved and jagged. The scale of ECB/EUB is dependent on the scale of lava flow or pyroclastic flows. The time span of EIUB is from decades to thousands of years. There is also weathered crust under EIUB and sedimentary rock beds overlie EIUB. In most instances, weathered crust and thin sedimentary beds are associated with each other laterally. The boundary is a smooth curved plane. The scale of EIUB is dependent on the scale of the volcano or volcano groups. The characteristics of TUB are similar to EIUB's. The time interval of TUB is from tens of thousands to millions of years. The scale of TUB depends on the scale of the basin or volcanic field. Both the lab data and logging data of wells in the Songliao Basin reveal that the porosity is greatly related to the boundaries in the lava flows. There is a high-porosity belt below ECB, EUB or EIUB, and the porosity decreases when it is apart from the boundary. The high-porosity belt below ECB and EUB is mainly contributed by primary porosity, such as vesicles. The high-porosity belt below EIUB is mainly contributed by primary and secondary porosity, such as association of vesicles and spongy pores, so the area near the boundary in lava flows is a very important target for reservoirs.TANG Huafeng Phiri CRYTON GAO Youfeng HUANG Yulong BIAN Weihua 2015Acta Geologica Sinica(English Edition)2015,89,1:18
2循证设计策略在医疗建筑环境领域的应用研究显示文摘文章分析了循证设计原理及三要素,回顾了其发展历程,从自然元素、空间环境和功能设备3个方面详细阐述了循证设计策略的开发模式,旨在进一步推动循证设计在我国医疗建筑设计中的应用,促进整体医疗环境的优化发展。班淇超 陈冰 Stephen Sharples Michael Phiri 2016中国医院建筑与装备2016,17,10:6
3医院建筑设计策略及评估方法——英国BREEAM的启示显示文摘在对阿尔比恩路诊所改造项目案例分析的基础上,通过研究医院建筑环境性能评估体系BREEAM Healthcare在应用中存在的问题,提出运用循证设计原理和可持续理念共融基础上的医疗环境综合设计策略来指导决策;作为相关策略在应用上的重要组成部分,环境评估方法也需具备对医疗环境综合质量进行系统化评估的能力。陈冰 Michael Phiri Grant Mills Ching-Lan Chang 2011建筑学报2011,,S2:4
4日本囊对虾(Marsupenaeus japonicus)秋繁仔虾形态表型对氨氮耐受性能的影响效应显示文摘以体长7.643±0.639mm的日本囊对虾秋繁同生群仔虾为实验对象,以氨氮为胁迫因子,在水温18.0±1.0oC、盐度20、p H 8.1±0.2的条件下,经确认其96h成活率略低于5%的氨氮攻毒质量浓度为52.37mg/L后,以此为氨氮急性攻毒实验质量浓度,借助显微扫描像素测量技术和多元分析方法定量研究了A、B、C、D、E实验群体(依次为氨氮攻毒0—24h、24—48h、48—72h、72—96 h时段内的死亡群体和氨氮攻毒96 h时的存活群体)间形态表型特征的差异。结果表明:(1)在所涉15项形态性状中,各实验群体间均无显著差异(P>0.05)的性状仅为总长和第四腹节长;(2)在所涉17项形态比例指标中,各实验群体间均无显著差异(P>0.05)的指标共计3项,依次为第五腹节长/总长、额剑长/头胸甲长和尾节高/尾节长,各实验群体间的欧氏距离均达到显著水平(P<0.01),且均有随耐氨氮性能差异的增大而呈显著增大的趋势;(3)经主成分分析,提取到的5个特征值均大于1的主成分,累计贡献率达85.940%,其中第1主成分的贡献率高达46.121%,其载荷绝对值大于0.5的主要影响变量占形态比例指标总数的64.706%;(4)将氨氮急性攻毒处理所获E实验群体定义为选留群,其余实验群体统归为淘汰群,经判别分析,所建的Fisher分类函数方程组可较清晰地区分淘汰群和选留群个体,其中选留群和淘汰群个体的判别准确率P1分别为99%和86.75%,P2分别为88.20%和98.86%,两者综合判别准确率为92.88%。王志铮 张思铭 蒋宏雷 申屠基康 刘伟健 任夙艺 张晓霞 Msumenji Phiri Donatha Kajuna 2017海洋与湖沼2017,48,5:4
5日本囊对虾(Marsupenaeus japonicus)秋繁同生群仔虾不同耐寒性能群体间的形态表型差异显示文摘以水温16oC、p H 8.1±0.2、盐度20的砂滤海水为实验用水,以体长(7.643±0.639)mm的日本囊对虾(Marsupenaeus japonicus)秋繁同生群仔虾为实验对象,经确认其在水温由16oC瞬降至14oC后并保持96h恒温的最终成活率略低于5%后,以此为水温骤降胁迫处理方式,采取显微扫描像素测量技术和多元分析方法定量研究了A、B、C、D、E实验群体,依次为温降胁迫处理后(0—24)h、(24—48)h、(48—72)h、(72—96)h时段内的死亡群体和温降胁迫处理后96h时的存活群体间形态特征的差异。结果表明:(1)各实验群体在本研究所涉15项形态性状中均无显著差异(P>0.05)仅为第一触角柄长、额剑长和眼径,在所涉17项形态比例指标均无显著差异(P>0.05)仅为尾节高/尾节长;(2)随耐寒性能差异的增大,各实验群体间的欧氏距离也随之增大,且均达到极显著水平(P<0.01);(3)经主成分分析,提取到的4个特征值均大于1的主成分,累计贡献率达87.590%,其中载荷绝对值大于0.80的主要影响变量均仅存在于第1主成分中;(4)将E实验群体定义为耐寒处理选留群,其余实验群体统归为耐寒处理淘汰群,采用逐步导入判别法建立的Fisher分类函数方程组可较清晰地区分淘汰群和选留群个体,其中选留群和淘汰群个体的判别准确率P1分别为99%和88.75%,P2分别为89.80%和98.88%,两者综合判别准确率为93.88%。王志铮 张晓霞 任夙艺 蒋宏雷 刘伟健 Donatha Kajuna Msumenji Phiri 2018海洋与湖沼2018,49,1:3
6Changes in biota a-long a dry-land river in northwestern Zimbabwe:declines and improve-ments in river health related to land use显示文摘CHAKONA A PHIRI C CHINAMARINGA T 2009Aquatic Ecology2009,43,:1
7Prognosis of patients with HIV-1infection starting antiretroviral therapy in sub-Saharan Africa:A collaborative analysis of scale-up programmes显示文摘May M Boulle A Phiri S 2010Lancet2010,376,:1
8Lactate as a predictor of mortality in Malawian children with WHO-defined pneumonia显示文摘Ramakrishna B Graham SM Phiri A 2012Arch Dis Child2012,97,4:1
9Can risk-aversion towards fertilizer explain part of the non-adoption puzzle for hybrid maize?Empirical evidence from Malawi显示文摘Simtowe F Mduma J Phiri A 2006Journal of Applied Sciences2006,6,7:1
10Prevalence and distribution of gastrointestinal helminths and their effects on weight gain in free-range chickens in Central Zambia 显示文摘Phiri I Phiri A Ziela M 2007Tropical animal health and production2007,39,:1
11New cut-off values for ferritin and soluble transferrin receptor for the assessment of iron deficiency in children in a high infection pressure area显示文摘Phiri KS Calis JCJ Siyasiya A 2009J Clin Pathol2009,62,12:1
12The effects of calcium, phosphorus and zinc supplementation on reproductive performance of crossbred dairy cows in Tanzania显示文摘Phiri E C Nkya R Pereka A E 2007Trop Anim Health Prod2007,39,5:1
13Rolling Malaria Indica- tor Surveys (rMIS) : a potential district-level malaria monitoring and evaluation (M & E) tool for program managers 显示文摘Roca-Feltrer A Lalloo DG Phiri K 2012Am J Trop Med Hyg2012,86,1:1
14Disc harrowing intensity and its impact on soil properties and plant growth of agropastoral systems in the Llanos of Colombia显示文摘Phiri S Amezquita E Rao I M 2001Soil Till Res2001,62,:1
15Short-term safety and pharma- cokinetic profile of asenapine in older patients with psychosis 显示文摘Dubo-sky SL Frobose C Phiri P 2012In- ternational Journal of Geriatric Psychiatry2012,27,5:1
16Distribution and seasonal movement of pelagicsh in southern Lake Tanganyika 显示文摘Phiri H Shirakihara K 1999Fisheries Research1999,41,:1
17Lactate as a predictor of mortality in Malawian children with WHO-defined pneumonia显示文摘Ramakrishna B Graham SM Phiri A 2012Arch Dis Child2012,97,4:1
18The removal of nickel from copper electrorefining bleed-off electrolyte显示文摘Nyirenda R L Phiri W S 1998Miner als Eng1998,11,1:1
19The public health approach to identify antiretroviral therapy failure: high-level nucleoside reverse transcriptase inhibitor resistance among Malawians failing first-line antiretroviral therapy显示文摘Mina C Hosseinipour Joep JG van Oosterhout Ralf Weigel Sam Phiri Debbie Kamwendo Neil Parkin Susan A Fiscus Julie AE Nelson Joseph J Eron Johnstone Kumwenda 2009AIDS2009,,9:1
20Economic impact of Turnip mosaic virus, Cauliflower mosaic virus and Beet mosaic virus in three Kenyan vegetables显示文摘Spence N J Phiri N A Hughes S L 2007Plant Pathology2007,56,:1
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