[ Instrument R & D of Instrument Network ] Recently, the Anhui Institute of Metrology held a review meeting for the establishment of the Institute ’s scientific research projects in 2020, and reviewed the scientific research projects declared by the institutes. The leaders of the institute, some members of the technical committee, and the person in charge of each project attended the meeting. The meeting was chaired by Dean Wu Anping.
Heads of 9 projects from 6 institutes of the whole hospital He made a report and accepted the inquiry of the judges.
The members of the Science and Technology Committee made inquiries and demonstrations on the feasibility, technical route, and expected contribution of the project in light of the actual situation of the hospital, and gave suggestions for modification and comprehensive evaluation. â€,“ Research on Open Channel Flowmeter Testing Methods and Testing Devices â€and other 9 projects were approved. The person in charge of each project signs the mission statement of the institute's scientific research project and executes it according to the mission statement.
In recent years, the Anhui Institute of Metrology has continuously strengthened the horizontal cooperation of scientific research, increased investment in scientific research funds, and furthered the quality and quantity of scientific research work; attached importance to the construction of talent teams, improved the talent training mechanism, standardized the scientific research management process, and improved various supporting facilities Facilities, establish a good scientific research platform with universities of China University of Science and Technology, Hefei University of Technology, Hefei College and some measurement equipment manufacturing enterprises in Anhui, and build a scientific research environment conducive to talent development.
Vacuum Insulation Panels(VIPs) Core Materials
Vacuum Insulation Panels are characterized by very low thermal conductivity, which makes them alluring for building and civil sectors. However, considering the structure and composition of these materials, their application in buildings may be defined by a number of issues which need to be properly taken into account. The real performance of VIPs can be influenced by the boundary conditions (e.g. temperature) at which they work during their operation. In this paper experimental analyses aimed at characterising the relationship between the centre of panel thermal conductivity and average temperature were carried out. The experiments were performed on two VIP samples with different thickness. Moreover a comparison with non-evacuated panels and a traditional insulating material was performed.
In the last years Vacuum Insulation Panels (VIPs) are gaining relevant interest in the building sector and, in
particular, in the energy efficient refurbishment of buildings, where space saving is becoming an important aspect to
be considered in the selection of insulating materials.
VIPs cores, Fumed Silica VIPs core, Pyrogenic Silica Core
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