中微子探测研究是粒子物理重要前沿,是突破标准模型发现新物理的重要方向,是粒子物理、天体物理和宇宙学研究的交叉前沿。随着大亚湾中微子实验进行、江门中微子实验开展、锦屏地下中微子实验的提出，中国在中微子研究领域正走在世界前列。中微子研究成为我国基础科学研究创新发展进程中国际化科学计划和大科学工程计划的重要组成部分。.未来中微子探测研究大有效质量、极低本底的需求，对探测器设计建造提出了更高要求，开发和应用新型探测器件、开发和研究新方法，是降低探测器建造成本实现更大有效质量的有效途径，也是低本底探测的共同课题，以提高测量精度、减小误差，开拓新的未知领域。.本项目通过液闪探测器模型开展新国产大面积高效率MCPPMT的应用研究；全波形采样探测器的标定及波形分析方法的研究，开发高精度PMT波形重建算法，研究探测器测量非线性问题，提高本底鉴别水平，为未来中微子实验的液闪方案做预研。

Neutrino physics and study is the important frontiers of particle physics, which is breaking through the grant unified theory (GUT) with experimental results and is the valuable direction for new physics, and will contribute a lot to the understanding of the universe, astrophysics study. With the ongoing experiments of Dayabay and JUNO, China is playing a great leader and going ahead in the world on neutrino experimental study now. Neutrino study also is a good direction for Chinese project and grant scientific plan for human knowledge contribution..Larger target mass and lower background level is the first requirement of further neutrino detection study, which demands better design and construction of detectors, where need to develop and use new technology and equipment to realize the future project..With this study, the new design and produced MCP-PMT by NNVT of China will be installed and analyzed for the 1st time with a liquid scintillator detector prototype, will study and realize the fitting method of PMT response waveform for full measurement range with different algorithms,。The analysis technology of full waveform readout detector is the key of future JUNO data analysis, which is the critical algorithm to improve the measured resolution, reduce uncertainty, enhance the background identification level and realize more physics possibilities, and also will play a key role in the future neutrino or dark matter experimental study. To study and setup the detector calibration/reconstruction algorithm to avoid the non-linearity problem of detector measurement, improve the background rejection level to serve for the future reactor neutrino, solar neutrino, accelerator neutrino projects.