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76篇 您的检索式:作者名="Sagisaka"
    题名 作者 年代 出处 被引量
1苏州垃圾填埋生命周期清单分析显示文摘采用理论计算和实测相结合的方法,求得了苏州七子山垃圾填埋埋场的生命周期清单。实践证明,理论计算和实测相结合是清单分析的有效方法,对今后的同类研究具有参考意义。研究中获得的清单包括生活垃圾的收集和运输、垃圾填埋的物耗和能耗,以及每吨填埋垃圾所排放的大气和水污染物的量,并考察了填埋气用于发电后对清单的影响。这些结果可以为众多的产品生命周期评价提供数据支持。韦保仁 王俊 王香治 TAHARA Kiyotaka KOBAYASHI Kensuke SAGISAKA Masayuki 2008环境科学与技术2008,31,11:8
2苏州市生活垃圾两种处置方法的生命周期影响评价显示文摘采用生命周期评价的方法,比较了苏州市垃圾填埋和垃圾焚烧2种处置方法对环境的影响。研究的系统范围主要包括垃圾收集、垃圾运输、垃圾填埋或焚烧以及发电等几个部分。采用收集的垃圾组分数据,利用IPCC推荐的模型等,计算了垃圾填埋和垃圾焚烧时CO2等气体污染物的排放量。根据对垃圾渗滤液的实测数据,计算了水污染物的排放量。环境影响评价采用日本开发的AIST-LCA Ver4计算机软件进行。计算结果表明:垃圾填埋的生态币值要大得多,可见垃圾焚烧对环境的影响比垃圾填埋的影响要小。所获得的结论较为客观地反映了对环境的影响,可以作为中国城市垃圾处置决策的参考依据。韦保仁 王俊 Tahara Kiyotaka Kobayashi Kensuke Sagisaka Masayuki 2009环境工程学报2009,3,8:5
3Low fluorine content COz-philic surfactants显示文摘Mohamed A Sagisaka M Guittard F 2011Langmuir2011,27,10:1
4cDNA cloning and gene expression of cecropin D, an antibacterial protein in the silkworm , Bombyx mori 显示文摘 Frukawa S Sagisaka A 1999Biochemistry-and-Molecular-Biology1999,122,4:1
5Life cycle GHG analysis of rice straw bio-DME production and application in Thailand显示文摘Silalertruksa T Gheewala S H Sagisaka M 2013Applied Energy2013,2013,112:1
6Genetic polymorphisms of orosomucoid ORM1 and ORM2 in libyans: Occurrence ofORM1 *2.1 and three new ORM2 alleles显示文摘Dr. Ismail M. Sebetan Kaoru Sagisaka 1988The Japanese Journal of Human Genetics1988,,4:1
7Microparts processing using laser cutting and ultra-short-pulse laser peen forming显示文摘SAGISAKA Y YAMASHITA K YANAGIHARA W UETA H 2015Journal of Materials Processing Technology2015,219,:1
8Genome- wide analysis of host gene expression in the silkworm cells infected with Bombyx moil nucleopolyhedrovirus显示文摘SAGISAKA A FUJITA K NAKAMURA Y 2010Virus Res2010,147,2:1
9Amino acid pools in perennial plants at the wintering stage and at the beginning of growth显示文摘Sagisaka S Araki T 1983Plant and Cell Physiol1983,24,3:1
10Correlation of differential expression of silkworm antimicrobial peptide genes with different amounts of rel family proteins and their gene transcriptional activity显示文摘Tanaka H Sagisaka A Nakajima Y Fujita K Imanishi S Yamakawa M 0,,3:1
11Life cycle inventory analysis of CO2 emission from electrolytic copper production system显示文摘NARITA N SAGISAKA M INABA A 2001Shigen-to-Sozai(Journal of MMIJ)2001,117,11:1
12shRNA expression plas- mids generated by a novel method efficiently induce gene-specific knockdown in a silkworm cell line显示文摘Tanaka H Fujita K Sagisaka A 2009Mol Biol Rep2009,41,2:1
13Changes in parenchyma cells of popular xylem during transition from grow to winter stages显示文摘Asada M Ahn Y H Sagisaka S 1988Plant Cell Physiol1988,29,:1
14Speech Spectrum Conversion Based on Speaker Interpolation and Multi-Functional Representation With Weighting by Radial Bases Function Networks显示文摘Iwahashi N Sagisaka Y 1995Speech Communication1995,16,2:1
15Acoustic characteristics of speaker individuality: control and conversion显示文摘KUWABARA H SAGISAKA Y 1995Speech Communication1995,16,2:1
16Shape Modification of Water-in-CO2 Microemulsion Drop- lets through Mixing of Hydrocarbon and Fluorocarbon Amphiphile s 显示文摘YAN CI SAGISAKA M ROGERS S E 2016Langmuir2016,32,6:1
17Effect of Flu- orocarbon and Hydrocarbon Chain Lengths in Hybrid Surfactants for Supercritical CO2 显示文摘SAGISAKA M ONO S JAMES C 2015Langmuir2015,31,27:1
18Acoustic characteristics of speaker individuality : control and conversion 显示文摘KUWABARA H SAGISAKA Y 1995Speech Communication1995,16,2:1
19Changes in parenchyma cells of poplar xylem during transition from growing to wintering stages 显示文摘Asada M Ahn Y H Sagisaka S 1988Plant Cell Physiol1988,29,2:1
20Speech Spectrum Conversion Basedon Speaker Interpolation and Multi-functional Representation with Weighting by Radial Bases Function Networks显示文摘Iwahashi N Sagisaka Y 1995Speech Communication1995,16,2:1
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