Higgs粒子的发现意味着粒子物理研究进入了一个全新局面。在未来几十年内，粒子物理实验的核心任务将是精确测量Higgs粒子的各项性质以及继续探索超出标准模型的新物理。粒子流算法是目前最有希望达到Higgs 物理对jet能量分辨率测量要求的途径。粒子流量能器是一个完全区别于传统量能器的下一代新型量能器，不仅要实现能量的精确测量，还要实现粒子径迹的高效率重建，这就要求量能器必须是一个粒度极高的三维“成像”量能器。大规模高密度读出通道的电磁量能器，在设计与建造方面都对物理学家提出了非常大的挑战。基于塑闪条/钨板结构的取样型电磁量能器（ScW Ecal）是目前粒子流电磁量能器备选方案之一，本项目对此方案目前存在的关键问题进行了详细研究，有望解决其中的一些技术难点。本项目会极大地促进粒子流电磁量能器的发展，积极推动此类探测器在国内的研究。

With the discovery of the Higgs boson at the Large Hardon Collider, fundamental physics finds itself at one of the most exciting crossroads in its history. The future of fundamental physics on the 20-50 year timescale hinges on starting a huge new accelerator complex that can take us at least one order of magnitude beyond the ultimate reach in precision and energy of the LHC. Many of the most profound mysteries are intimately connected with the Higgs particle. To fully exploit the physics potential of the Higgs, the jet energy resolution is required to reach a very high level. To achieve the required performance, a particle flow algorithm-oriented calorimeter system is being considered as the baseline design. The key idea of the PFA is to reconstruct each individual final state particle and measure its physical quantities in the most suitable sub-detectors. Significantly improved jet energy resolution can therefore be achieved with PFA compared to conventional measurement taken purely with calorimeters. In addition, PFA allows efficient and precise reconstruction of all the physics objects. To separate energy deposits from different incident particles, ultra-high granularity is vital for PFA-oriented calorimeters. A sampling calorimeter with scintillator-tungsten structure is one of the ECAL detector options. It can be built in a compact and cost effective way. The ScW Ecal consists of a cylindrical barrel system and two end-caps. We studied the essential issue of the ScW Ecal options, expected to solve the technical difficulties. This project will promote the development of particle flow electromagnetic calorimeter, and actively promote the domestic research this kind of detector.