CAJ | 학술논문

首先由建筑含能的概念出发,从建筑构件的角度分析了建筑含能的构成、计算方法以及影响因素,简要探讨了减少建筑台能的可能途径;其次分别以一座钢筋混凝土建筑与一座木结构建筑为例,基于LCA（生命周期评价）的计算结果分析了它们的含能,并将其与各自运行能耗进行了比较。通过分析认为控制建筑含能是建筑节能设计的有效途径之一。
수선유건축함능적개념출발,종건축구건적각도분석료건축함능적구성、계산방법이급영향인소,간요탐토료감소건축태능적가능도경;기차분별이일좌강근혼응토건축여일좌목결구건축위례,기우LCA（생명주기평개）적계산결과분석료타문적함능,병장기여각자운행능모진행료비교。통과분석인위공제건축함능시건축절능설계적유효도경지일。
The high speed and low noise focal plane circuit is a key technology for high resolution panchromatic/multi-spectral remote sensing camera. In this paper,a focal plane circuit based on panchromatic/ multi-spectral TDICCD is studied,and a novel design concept is proposed. The high-speed and high loading driving circuit,high stable power sources and power dissipation are explained in detail. Finally,the 20MHz CCD signal is achieved, which can meet the need of high resolution remote sensing camera.