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134篇 您的检索式:作者名="Turnipseed"
    题名 作者 年代 出处 被引量
1长白山温带森林挥发性有机物的排放通量显示文摘2010年夏季,在长白山温带森林开展了挥发性有机物(VOC)排放通量以及气象参数、PAR的综合测量.VOC排放通量采用松弛涡度积累(RelaxedEddyAccumulation)技术在森林冠层上进行测量.初步发现长白山阔叶林主要排放α-蒎烯、β-蒎烯、莰烯、香桧烯、月桂烯、蒈烯、柠檬烯、罗勒烯、松油烯、繖花烃、萜品油烯、三环烯等.研究表明,长白山阔叶混交林VOC排放有明显的日变化——早晚较低和中午前后较高.2010年夏季,单萜烯总排放通量的平均值为0.242mg·m·h-2-1,其变化范围为0.005~1.668mg·m·h-2-1;各成分排放通量的平均值(和最大值)分别为α-蒎烯0.072(0.234)、莰烯0.028(0.356)、月桂烯0.027(0.433)、蒈烯0.023(0.173)、柠檬烯0.037(0.197)、罗勒烯0.016(0.168)、萜品油烯0.053(0.320)、繖花烃0.067(0.755)mg·m·h-2-1.研究还发现VOC排放通量与气温之间存在一定的联系.白建辉 林凤友 万晓伟 Guenther Alex Turnipseed Andrew Duhl Tiffany 2012环境科学学报2012,32,3:14
2长白山温带森林单萜烯排放模拟显示文摘于2010年夏季,采用松弛涡度积累(Relaxed Eddy Accumulation)技术在长白山温带森林铁塔上测量了挥发性有机物(VOC)冠层尺度的排放通量,同步测量了气象参数、光合有效辐射(PAR)等,初步获得长白山阔叶林单萜烯的排放通量.同时,利用PAR能量守恒原理,建立了冠层尺度上单萜烯排放的经验模式.结果发现,模拟结果与测量结果比较一致,平均而言,模拟值高出测量值约20%~40%.采用不同方法对经验模式进行了检验,结果表明,采用比较各个采样时段平均值的方法可行,而且经验模式对于2010年夏季不同采样时段的平均值也给出了较好的模拟结果,其模拟值高出测量值约20%~24%.白建辉 Guenther Alex Turnipseed Andrew 2012环境科学学报2012,32,9:9
3A Versatile Phenotyping System and Analytics Platform Reveals Diverse Temporal Responses to Water Availability in Setaria显示文摘Phenotyping 在使用大规模 genomic 数据理解并且改善农业庄稼成为了限制率的步。这里,为控制环境植物生长的系铃羊 Phenotyping 站台和 automatedmultimodal phenotyping 被描述。系统为 1140 植物有能力,它每天通过车站过去记录荧光,在红外线附近、可见的图象。植物计算机视觉(PlantCV ) 作为公开源码被开发,硬件为量的图象分析的与平台无关的软件。在一个 4 星期的实验,野 Setaria viridisand 驯养了 Setaria italica 有根本上不同的时间的回答浇可获得性。当两根线在有限的水条件下面生产了生物资源的类似的层次时, Setaria viridis 在水下面维持了一样的水使用效率饱满条件,当 Setaria italica 变了到不太有效的生长时。总的来说,系铃羊 Phenotyping 平台和 PlantCV 软件在高度,生物资源,水使用效率,颜色,植物建筑学,和织物水上检测了 genotypeand 环境的重要效果地位特点。在实验的功课期间获得的所有 ∼79000 图象是公开可得到的。Noah Fahlgren Maximilian Feldman Malia A. Gehan Melinda S. Wilson Christine Shyu Douglas W. Bryant Steven T. Hill Colton J. McEntee ankalpi N. Warnasooriya Indrajit Kumar Tracy Ficor Stephanie Turnipseed Kerrigan B. Gilbert Thomas P. Brutnell James C. Carrington Todd C. Mockler Ivan Baxter 2015Molecular Plant2015,8,10:4
4Deteimination and Confirmation of Melamine Residues in Catfish,Trout, Tilapia, Salmon, and Shrimp by Liquid Chromatography with Tandam Mass Spectrometry显示文摘Andersen W C Turnipseed S B Karbiwnyk C M 2008Journal of Agricultural and Food Chemistry2008,56,12:1
5Limb-salvage an- gioplasty in vascular surgery practice显示文摘Tefera G Hoch J Turnipseed W D 2005J Vasc Sury2005,41,6:1
6Gas chromatographic mass spectrometric confirmation of leucomalachite green in catfish (Ictalurus punctatus) tissue显示文摘TURNIPSEED S B ROYBAL J E HURLBUT J A 1995Journal of AOAC International1995,78,4:1
7Synthesis and Char- acterization of Alkaline-Earth-Metal β-Diketonate Complexes Used as Precursors for Chemical Vapor Deposition of Thin-Film Super- conductors显示文摘Turnipseed S B Barkley R M Sievers R E 1991Inorganic Chemistry1991,30,:1
8Muhiresidue method for the triphenylmethane dyesin fish: Malachite green, crystal(gentian) violet, and brilliant green显示文摘Andersen WC Turnipseed SB Karbiwnyk CM 2009Anal Chim Acta2009,637,12:1
9The 'push-pull ef- fect'显示文摘Banks R D Grissett J D Turnipseed G T et ol 1994Aviat Space Environ Med1994,65,8:1
10Gas chromatographic/mass spectrometric confirmationof leucomalachite green in catfish (Lctalurus punctatus )tissue显示文摘TURNIPSEED S B ROYBAL J E HURLBUT J A 1995JAOAC Int1995,78,4:1
11Determination of methylene blue in channel catfish (ictalurus punctatus) tissue by liquid chromatography with visible detection 显示文摘Turnipseed S B Roybal J E Plakas S M 1997J AOAC Inter1997,80,1:1
12Operative cho-langiography during routinechoecystectomy显示文摘Kakos GS Tompkins PK Turnipseed W 1972Arch Surg1972,104,:1
13Evaluation of chest pain suspicious for acute coronary syndrome: use of an accelerated diagnostic protocol in a chest pain evaluation unit显示文摘Kirk JD Diercks DB Turnipseed SD 2000Am J Cardiol2000,85,:1
14Determination of melamine residues in catfish tissue by triple quadrupole LC-MS-MS with HILIC chromatography 显示文摘ANDERSEN W C TURNIPSEED S B 2007Laboratory Information Bulletin2007,23,:1
15Confirmation of avermectin residues in food matrices with negative-ion atmospheric pressure chemical ionization liquid chromatography/mass spectrometry显示文摘TURNIPSEED S B ROYBAL J E RUPP H S 1999Rapid Communications In Mass Spectrometry1999,13,6:1
16Determination of four fluoroquinolones in milk by liquid chromatography显示文摘Roybal J E Pfenning A P Turnipseed S B 1997AOAC Int1997,80,5:1
17Determination and confirmation of melamine residues in catfish,trout, tilapia,salmon, and shrimp by liquid chromatography with tandem mass spectrometry显示文摘ANDERSEN W C TURNIPSEED S B KARBIWNYK C M 2008Joumal of agricultural and food chemistry2008,56,12:1
18Determination and confirmation of melamine residues in catfish,trout,tilapia, salmon,and shrimp by liquid chromatography with tandem omss speetrometry显示文摘Andersen W C Turnipseed S B Karbiwnyk C M 2008J Agric Food Chem2008,56,12:1
19Influence of trichome variations on populations of small phytophagous insects on soybean 显示文摘Turnipseed S G 1977Environmental Ento- mology1977,6,6:1
20Determination of chloramphenicol residues in shrimp and crab tissues by electros- pray triple quadrupole LC/MS/MS 显示文摘Joe Storey A1 Pfenning Sherri Turnipseed 2003Laboratory Information Bulletin2003,19,6:1
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