Historic environments represent the evolution of materials and techniques that have been used for the construction these environments over the centuries.Entering into the study of this field entails working not only o...Historic environments represent the evolution of materials and techniques that have been used for the construction these environments over the centuries.Entering into the study of this field entails working not only on the crafts that have constructed these environ ments but also on the people who made,used,and reinterpreted them by learning about the craftsmen and the idiosyncrasies of the place.The study has adopted several methodologies as referenee to examine the material and cultural reality of the rural region of Valencia,Spain.Through the adaptation of in ter national methodologies,researchers have carried out a digital database that compiles and maps out the results of the Local Character Assessment of ten Histotiric Urban Cores by incorporating the historical,architectural,and social values to reinforce the Territorial Heritage Action Plan.One of the critical innovations adopted by this form of assessment is the compulsory integration of tangible and intangible heritage through the active involvement of users and makers.Another innovation is to understand the values behind the dynamism and transformation of historic sites.Hence,this study advances theory and practice on the transmission of knowledge among artisans,researchers,and the population and how con temporary practices help acquire new meani ngs that overlap the past ones.展开更多
Biodrying consists of reducing moisture by using the heat from aerobic bio-degradation.The parameters that control the process are：aeration,temperature during the process,initial moisture of biowaste,and temperature ...Biodrying consists of reducing moisture by using the heat from aerobic bio-degradation.The parameters that control the process are：aeration,temperature during the process,initial moisture of biowaste,and temperature and relative humidity of the input air.Lawn mowing and garden waste from the gardens of the University Jaume I,Castellón（Spain）were used as a substrate.Biodrying was performed in 10 reactors with known air volumes from 0.88 to 6.42 L/（min·kg dry weight）.To promote aeration,5 of the reactors had 15% of a bulking agent added.The experiment lasted 20 days.After the experiments it was found that the bulking agent led to greater weight loss.However,the increased airflow rate was not linearly proportional to the weight loss.展开更多
基金supported by the Ministerio de Cultura,Educacion y Deportes y el Instituto del Patrimonio Cultural en Espana under Grant CUL/1.A4/2018 y la Generalitat Valenciana under Grant GV/2017/100.
文摘Historic environments represent the evolution of materials and techniques that have been used for the construction these environments over the centuries.Entering into the study of this field entails working not only on the crafts that have constructed these environ ments but also on the people who made,used,and reinterpreted them by learning about the craftsmen and the idiosyncrasies of the place.The study has adopted several methodologies as referenee to examine the material and cultural reality of the rural region of Valencia,Spain.Through the adaptation of in ter national methodologies,researchers have carried out a digital database that compiles and maps out the results of the Local Character Assessment of ten Histotiric Urban Cores by incorporating the historical,architectural,and social values to reinforce the Territorial Heritage Action Plan.One of the critical innovations adopted by this form of assessment is the compulsory integration of tangible and intangible heritage through the active involvement of users and makers.Another innovation is to understand the values behind the dynamism and transformation of historic sites.Hence,this study advances theory and practice on the transmission of knowledge among artisans,researchers,and the population and how con temporary practices help acquire new meani ngs that overlap the past ones.
基金the Spanish Ministry of Economy and Competitiveness for funding for this study(Project ACI2009-0993) in the program "Convocatoria de Ayudas del Programa Nacional de Internacionalización de la I+DSubprograma de Fomento de la Cooperación Científica Internacional (ACI-PROMOCIONA)" ("Call for Aid National Programme Internationalization of R&D.Sub-Building International Scientific Cooperation")
文摘Biodrying consists of reducing moisture by using the heat from aerobic bio-degradation.The parameters that control the process are：aeration,temperature during the process,initial moisture of biowaste,and temperature and relative humidity of the input air.Lawn mowing and garden waste from the gardens of the University Jaume I,Castellón（Spain）were used as a substrate.Biodrying was performed in 10 reactors with known air volumes from 0.88 to 6.42 L/（min·kg dry weight）.To promote aeration,5 of the reactors had 15% of a bulking agent added.The experiment lasted 20 days.After the experiments it was found that the bulking agent led to greater weight loss.However,the increased airflow rate was not linearly proportional to the weight loss.
