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21篇 您的检索式:作者名="Zelinsky R"
    题名 作者 年代 出处 被引量
1Adhesive properties of radial styrene-butadiene block copolymers显示文摘MARRS O L ZELINSKI R P 1974Elastomers and Plastics1974,10,6:1
2A qualitative simulation model for cotton growth and development显示文摘PLANT R E Kerby T A Zelinski L J 1998Conputer and Electronics in Agriculture1998,20,16:1
3A microphone array with adaptive post-filtering for noise reductionin reverberant rooms显示文摘Zelinski R 1988In Proceedings of ICASSP-881988,,5:1
4Changes in hemodynamics and coronary blood flow during left ventricular assistance with the Hemopump显示文摘Shiiya N Zelinsky R Deleuze PH 1992Ann Thorac Surg1992,53,:1
5Preser- ving female fertility following cancer treatment: current options and future possibilities显示文摘West E R Zelinski M B Kondapalli L A 2009Pediatr Blood Cancer2009,53,2:1
6Visual gesture interfaces for virtual environments显示文摘HAGAN R G O ZELINSKY A ROUGEAUX S 2002Interacting with Computers2002,,14:1
7Planning Paths of Complete Coverage of an Unstructured Environment by a Mobile Robot显示文摘Zelinsky A Jarvis R A Byrne J C etc 1994International Journal of Robotics Research1994,1,4:1
8Sol-Gel derived bismuth titanate thin films with C-axis orientation 显示文摘DAWLEY J T RADSPINNER R ZELINSKI B J J 2001Journal of Sol-Gel Science and Technology2001,20,1:1
9A microphone array with adaptive post-fil tering for noise reduction in reverberant rooms显示文摘ZELINSKI R 1988In Proceedings of ICASSP-881988,5,:1
10Eye movements in iconic visual search显示文摘Rao R Zelinsky G J Hayhoe M M 2002Vision Research2002,42,11:1
11Visual Gesture Interfaces for Virtual Environments显示文摘O' Hagan R G Zelinsky A Rougeaux S 2002Interacting with Computers April2002,14,3:1
12Effect of Temperature,Pressure,and Metal Promoter on the Rectystallized Structure and Optical Transmission of Chemical Vapor Deposition Zinc Sulfide显示文摘Mcloy J S Korenstein R Zelinski B 2009Journal of the American Ceramic Society2009,92,8:1
13A novel reactor concept for the enzymatic reduction of poorly soluble ke- tones 显示文摘Liese A Zelinski T Kula M R 1998Journal of Molecular Catalysis B : Enzymatic1998,4,12:1
14A microphone array with adaptive post - filtering for noise reduction in reverberant rooms 显示文摘Zelinski R 1988Proc of ICASSP881988,,5:1
15Changes in hemodynamics and coronary blood flow during left ventricular assistance with Hemopump显示文摘Shiya N Zelinsky R Deleuze PH 1992Ann Thorac Surg1992,53,:1
16Crystallization behavior of sol-gel derived glass显示文摘 FABES B D UHLMA D R 1986J Non_Cryst Solid1986,8,3:1
17Visual gesture interfaces for virtual environments 显示文摘O'HAGAN R G ZELINSKY A ROUGEAUX S 2002Interacting with Computers2002,14,3:1
18生物质用于焦炭和烧结生产的实验室评价显示文摘生物质作为碳可供选择的环保替代燃料,用其进行炼焦和炼铁是一个非常好的选择,因此,应该积极调查、研究如何采取不同的方法利用生物质,以减少硫化物、氮氧化物、二氧化碳的排放和可能的成本投入。对生物质在炼焦生产与烧结生产中的实用性在独立的试验中进行评估。生物质对炼焦生产的实用性研究如下:将1%~5%的木质生物质或是焙烤(轻度热解)的木质生物质作为部分高挥发性煤的替代物添加至配合煤中,在实验室焦炉中进行碳化试验。试验结果表明,当把粉碎的生物质加入到配合煤后,焦化压力显著降低,同时焦炭的硫含量下降,但是焦炭的高温强度和力学性能亦有轻微下降,但这种实测强度的降低需要进一步的研究。另外,在一系列独立试验中,通过利用生物质(分别是锯末、粉碎的玉米芯、树皮、木炭等)作为烧结用粉焦的替代燃料在实验室烧结锅进行评估。试验中,燃料用10%、20%、30%、40%的生物质代替。试验结果显示,烧结混合料的堆密度和烧结时间都有下降,添加了生物质的烧结矿质量没有显著恶化。这些初步的试验表明,在实际的炼焦与炼铁生产中生物质很有可能作为一种可再生能源替代部分传统的化石燃料。为了某种特定应用而进行产品优化则需要额外试验。S Thomas S J McKnight E J Serrano A Malejová R Zelinsky J Tomá P Vlaic 王旭明 2012世界钢铁2012,12,6:1
19A novel reactor concept for the enzymatic reduction of poorly soluble ketones显示文摘Liese A Zelinski T Kula M R 1998J Mol Catal B :Enzymatic1998,4,12:1
20显示文摘 Zelinski T Anke T 2002Tetrahedron Letters2002,43,5:1
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