1) collecting heat plate
吸热板芯
1.
The method of beam track is introduced to briefly analyze the light-heat property of the surface porous metal plate,and a condideration to adopt the surface porous plate to replace flat plate as the collecting heat plate is proposed.
光滑金属板的作为吸热板芯时 ,其吸收率取决于涂层的吸收率 ,而用表面多孔板作为吸热板芯时 ,其吸收率则取决于板孔隙率和孔尺寸与涂层的吸收率 。
2) salor energy absorption block
太阳能吸热板芯
1.
This paper calculats the characteristic size of the three kind of the common salor energy absorption block by using the optimum design of these blocks, so the cost is decreased.
通过对目前市场上常见的三类太阳能吸热板芯进行结构优化,得出各类吸热板芯的特征尺寸,进而达到节约板芯材料、降低板芯成本的目的。
3) heat exchanger core
热交换芯，吸热芯
4) absorber plate
吸热板<能>
5) insulated sandwich panel
保温隔热夹芯板
6) EPS polystyrene insulating panel
EPS隔热夹芯板
1.
This paper describes the development of the EPS polystyrene insulating panel, the make - up of the components, itsmain technical nature, a suggestion made after years of engineering practice of the way to handle teh joint point in the EPSPolystyrene insulating panel design, its advantages over concrete and reinforcement and its application to large or medium sized projects within China.
本文主要论述了EPS隔热夹芯板的发展情况，主要原材料的组成，主要技术性能，在通过多年工程实践基础上提出EPS隔热夹芯板设计节点处理及与钢筋砼结构比较优点所在，以及EPS隔热夹芯板在国内大中型工程中的应用。
补充资料：EPS夹芯保温板用于体育馆屋面
EPS夹芯保温板用于体育馆屋面
EPs夹芯保温板用于体育馆屋面
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条