Advanced Treatment of Livestock Wastewater Using an Aerobic Soil Column and an Anaerobic Contact Column
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概要
著者
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Abe Kaoru
Department Of Endocrinology National Cancer Center Research Institute
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Moro-oka Minoru
Department Of Farm Chemicals National Institute Of Agro-environmental Sciences
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Ozaki Yasuo
Department Of Electrical Engineering Tokyo Institute Of Technology
関連論文
- Use of Higher Plants and Bed Filter Materials for Domestic Wastewater Treatment in Relation to Resource Recycling
- Quantitative Measurement of Thymidylate Synthase and Dihydropyrimidine Dehydrogenase mRNA Level in Gastric Cancer by Real-time RT-PCR
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- IN SITU LOCALIZATION OF mRNA USING THYMINE-THYMINE DIMERIZED cDNA
- Evaluation of Useful Plants for the Treatment of Polluted Pond Water with Low N and P Concentrations
- Introduction of Fiber Plants to Plant Bed Filter Systems for Wastewater Treatment in Relation to Resource Recycling
- Effect of Conducting Wall on a Strong Magnetized Positive Column
- Amplification of the c-erb B-2 gene detected by FISH in gastric cancers
- Water Collection Efficiency of Wick Samplers under Steady State Flow Conditions
- Advanced Treatment of Livestock Wastewater Using an Aerobic Soil Column and an Anaerobic Contact Column
- Difference in Diffusion Coefficients of ^NO_3^--N and ^NO_3^--N Affects the Apparent Fractionation Factor Associated with Denitrification in Soil
- A Channel Flow System for Wastewater Treatment and Food Production
- Evaluation of Plant Bed Filter Ditches for the Removal of T-N and T-P from Eutrophic Pond Water Containing Particulate N and P
- Comparison of Useful Terrestrial and Aquatic Plant Species for Removal of Nitrogen and Phosphorus from Domestic Wastewater
- Analysis of moment using different type of hand grips of parallel bars-one side support in sit-to-stand motion
- Treatment of Eutrophic Pond Water by Using Plant Bed Filter Ditches of Garden Type throughout the Year and Effect of Burying Organic Matter within the Beds in the Midstream
- Kinetic Analysis of Stumbling Gait in Laboratory Condition
- Radioimmunoassay for secretin using N.ALPHA.-tyrosylsecretin and (Tyr1)-secretin.