Research Projects on High-Performance Utilization of Wood for Outdoor Uses(RECENT RESEARCH ACTIVITIES)
スポンサーリンク
概要
- 論文の詳細を見る
Wood has a long history of use in familiar products, and even now wood is the staple material for buildings and furniture. Recently, new applications of wood have been decks, garden furniture, house fences, play equipment, boardwalks, and signboards. Wood products are also widely used in public construction works on river and roads such as bridges, sound-insulating fence, and guard-rail. The increase in the outdoor uses of wood products arises from their warmth and amenity properties, good design characteristics and natural harmony with the surrounding scenery. The environmental friendliness of wood is due to its renewability as a natural resource, to the low energy consumption in processing, and because it is easy to recycle or dispose. As proven by Horyuji Temple in Japan, which is the oldest wooden structure in the world, wood is almost an everlasting material. However, exterior wood, wood for outdoor uses is always exposed to weathering such as light or rainfall, and to biological deterioration by decay fungi or termites. For high-performance utilization of exterior wood products, not only structural reliability, but also durability and weathering resistance are highly required. We are conducting the research projects on the high-performance utilization of wood for outdoor uses, which are the characterization of the wood surfaces exposed to sunshine and rainfall, the non-destructive detection of decay and insect attacks in wood, the development of maintenance system to provide the long-life to wood, and so on. Among them, two research topics are outlined in this page (1).
- 京都大学の論文
著者
-
IMAMURA Yuji
Laboratory of Deterioration Control, WOOD RESEARCH INSTITUTE, KYOTO UNIVERSITY
-
Imamura Yuji
Laboratory Of Deterioration Control
-
Imamura Yuji
Laboratory Of Innovative Humano-habitability Rish Kyoto University
関連論文
- マイクロサテライトマーカーを用いたアメリカカンザイシロアリのコロニー構造の解析
- J315 アメリカカンザイシロアリのマイクロサテライトマーカーの開発
- マイクロ波を用いた小径丸太材中のアメリカカンザイシロアリ活性の探知
- Components and Anti-fungal Efficiency of Wood-vinegar-liquor Prepared under Different Carbonization Conditions
- 内装材料の耐光性評価方法の開発(第3報)窓サッシ透過光による木質内装材料の屋内暴露試験
- 新規複合サイクル試験による各種外装用塗装鋼板の耐久性評価
- 新規複合サイクル試験機による外装用塗装鋼板の耐久性評価方法の検討
- 内装材料の耐光性評価方法の開発(第2報)新規耐光性試験方法の木質内装材料への適用
- 内装材料の耐光性評価方法の開発(第1報) : ガラス透過メタルハライドランプ式耐光性試験装置の検討
- 家庭用品規制法に対応した改良クレオソート油の性能
- 無水マレイン酸による木材の気相反応(第4報) : 野外試験による生物劣化抵抗性の評価
- ヒラタキクイムシ類による家屋被害調査--加害種および発生地域の特定
- 直パルス通電法を利用した新規な木質バイオマス急速熱分解装置の開発
- 木材用撥水剤のシリコーンゴムエマルジョンによる耐候性の向上
- 124 木質バイオマスの利用の新地平 : 思いやりの木づかい(基調講演,オーガナイズドセッション4.木質バイオマス利用の新地平)
- 葉枯らし乾燥によるモウソウチク中の遊離グルコース及びデンプン含有量の変化
- A novel control strategy for dry-wood termite Incisitermes minor infestation using a bait system
- Feeding responses of the western dry-wood termite Incisitermes minor (Hagen) (Isoptera : Kalotermitidae) against ten commercial timbers
- Evaluation of the temperature and relative humidity preferences of the western dry-wood termite Incisitermes minor (Hagen) using acoustic emission (AE) monitoring
- Relationship between the Type of Feeding Behavior of Termites and the Acoustic Emission (AE) Generation
- Observation of Feeding Behavior of Termite Using CCD Camera and Its Relation to the Generation of Acoustic Emission (AE)
- Evaluation of Mobility of Metal Elements in CCA-treated Wood for Efficient Recycling and Safe Disposal
- Fractional Determination of Arsenic after Pyrolysis of Chromated Copper Arsenate (CCA) Treated Wood : For Recycling Wood Waste Containing Heavy Metals
- Research Projects on High-Performance Utilization of Wood for Outdoor Uses(RECENT RESEARCH ACTIVITIES)
- Characterization of sp^2- and sp^3-bonded carbon in wood charcoal
- Surface Characterization of Wood Charcoal under Different Carbonization Conditions
- Development of Wooden Eco House Utilizing Natural Building Materials(RECENT RESEARCH ACTIVITIES)
- Development of SiC/C Composite Materials from Wood Charcoal by a Pulse Current Sintering Method and Their Properties
- Formaldehyde Reduction in Indoor Environments by Wood Charcoals
- Removal of Mercury from Aqueous Solutions of Mercuric Chloride Using Wood Powder Carbonized at High Temperature
- Changes to the Permeability of Wood Resulting from Carbonization
- Physical and Biological Properties of Chemically Modified Wood Before and After Weathering
- Chemical Components of Pyrolized Liquid of Wood-Based Materials and their Bioactive Efficiency
- Metal Distribution in the Laguna Lake Water System and Adsorption of Some Metals by Carbonized Wood Powder
- NO_X Purification by Wood Charcoals and Their Composites with Metal Oxides
- Research and Development of Carbon Composites from Wood Charcoal for Environmental Clean-up and their Applications
- Properties Enhancement of LVLs Modified with Some Cross-Linking Agents
- ヒラタキクイムシ類による家屋被害調査 : 加害種および発生地域の特定
- 原子状酸素照射に対する木質炭素/シリコン材料の抵抗性
- スギ材からL-乳酸存在下で分離したパルプ状繊維の特性
- 直パルス通電法を利用した新規な木質バイオマス急速熱分解装置の開発
- 内装材料の耐光性評価方法の開発(第2報) : 新規耐光性試験方法の木質内装材料への適用
- 内装材料の耐光性評価方法の開発(第3報) : 窓サッシ透過光による木質内装材料の屋内暴露試験
- Morphological Changes in Acetylated Wood Exposed to Weathering