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86篇 您的检索式:作者名="Bilas"
    题名 作者 年代 出处 被引量
1不同土壤水分胁迫格局对印度沙漠中的黄檀种苗营养吸收和生物量的影响(英文)显示文摘1998年7月,利用非称重式蒸渗池种植单一种源的一年生黄檀种苗,研究在印度沙漠地区培养黄檀种苗的合理灌水技术参数。当各处理(W1、W2、W3、W4)的土壤水分含量分别降低到7.56%、5.79%、4.44%和3.23%时,通过灌溉使苗木生长保持在一定的土壤的水分状况,如36.2mm(W1)、26.5mm(W2)、20.2mm(W3)和18.1mm(W4)。结果表明,在36.2mm(W1)水平时,种苗的株高、冠径、叶数和叶面积达到最大值(p<0.01)。在W1和W2处理中,虽然上述参数没有明显差异,但在W2处理中,种苗的每升水分利用率的生物量最大。在W3、W4和W5灌溉水平下,不利于提高种苗的株高、生物量和营养积累。在W2水平以下(5.79%),土壤水分有效率能提高根系生物量占总生物量的百分比。但在W3和W4处理中,叶干生物量百分比下降,同时在W5处理中,茎干生物量百分比下降。在W5处理中,土壤水势达到-196Mpa,种苗才可以成活。在W3和W4处理中,土壤水分有效率的限额影响黄檀种苗的生长和生物量。在W2处理中,土壤水分有效利用率最高,种苗的生长和生物量达到最高值。因此,在壤砂土条件下,通过灌溉维持幼苗土壤水分含量在5.79%以上时,可获得较好的黄檀种苗的生长和生物量产量。G. Singh Bilas Singh 2009Journal of Forestry Research2009,20,4:4
2Evaluation retrospective des endarterectomies carotidiennes realisees au CHBAH au cours des 15 demieres annees显示文摘Bilas AM Cornette M 2003Rev Med Liege2003,58,78:1
3A high perform- ance scientific cloud computing environment for materi- als simulations显示文摘JORISSEN K BILA F D REHR J J 2012Computer Physics Communications2012,183,9:1
4Ozonation and ad-vanced oxidation technologies to remove endocrine disrupting chemicals(EDCs) and pharmaceuticals and personal care products (PPCPs) inwater effluents;显示文摘ESPLUGAS S BILA D M KRAUSE LGT 2007Journal of Hazardous Materiah2007,149,3:1
5Analysis of International Mergers and Acquisitions in the Pharmaceutical Industry显示文摘Bo觩o Mati Vlatka Bilas Vedran Ba i 0,,01:1
6Delineation of distinct subgroups of multiple myeloma and a model for clonal evolution based on interphase cytogenetics显示文摘Cremer F W Bila J Buck I 2005Genes Chromosomes Cancer2005,44,2:1
7Ozonation and advanced oxidation technologies to remove endocrine disrupting chemicals(EDCs) and pharmaceuticals and personal care products(PPCPs) in water effluents显示文摘Esplugas S Bila D M Krause L G T 2007Journal of Hazardous Materials2007,149,3:1
8Using Data Envelopment Analysis to Measure the Technical Efficiency of Public Health Centers in Kenya显示文摘Kirigia J M Emrouznejad A Sambo L G Munguti N Liam- bila W 2004Journal of Medical Systems2004,28,2:1
9Left main coronary ar tery stenting in a patient with acute myocardial infarction and cardiogenic shock 显示文摘BILA B CIHAN D SOE M A 2009International Journal of Cardiology2009,132,2:1
10Accidental monensin toxicosis in horses in Mozambique 显示文摘Bila CG Perreira CL Gruys E 2001J S Afr Vet Assoc2001,72,3:1
11Measurement of gait parameters from free moving subjects 显示文摘Lackovic I Bilas V Santic A 2000Measurement2000,,27:1
12查看详情显示文摘Bilas P Romana L Bade F 0,,01:1
13Ozonation of a landfill leachate: evaluation of toxicity removal and biode gradability improvement显示文摘BILA D M FILIPE M A SILVA A C 2005Journal of Hazardous Materi als2005,117,2:1
14Poor ovarian response to stimulation for in vitro fertilization显示文摘Spre movic-Radjenovic S Bila J Gudovic A 2015Srp Arh Celok Lek2015,,56:1
15Measurement of Gait Parameters from Free Moving Subjects Measurement显示文摘Igor Lackovic Vedran Bilas 200027:121-1312000,27,:1
16Effects of controlled irrigation on waterpotential显示文摘BILAS SINGE Genda Singh 2006nitrogen uptake and biomass production in Dalbergia sis-soo seedlings Environmental and Experimental Botany2006,55,:1
17Pulsed eddy-current nondestructive testing of ferromagnetic tubes 显示文摘Vasic D Bilas V Ambrus D 2004IEEE Trans Instrum Meas2004,53,4:1
18Ozonation and advancedoxidation technologies to remove endocrine disrupting chemicals(EDCs) and pharmaceuticals and personal care products (PPCPs) inwater effluents 显示文摘Esplugas S Bila D M Krause L G T 2007Journal of Hazardous Materials2007,149,3:1
19Ozonation of a landfill leachate: evaluation of toxicity removal and biodegradability improve ment显示文摘Bila D M Montalv O A F Silva A C 2005J Hazard Mater2005,117,23:1
20EEG signal analysis using FB expansion and second-order linear TVAR process 显示文摘Ram Bilas Pachori Pradip Sircar 2008Signal Processing2008,88,:1
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