●主持国家自然科学基金-面上项目，12674579，基于聚焦超声热弹动态平衡机制的生
物组织热损伤智能预测模型研究，2027.1-2030.12，53万
●主持国家自然科学基金-青年项目，11304382，HIFU治疗中靶组织粘弹性-温度的时
变规律与凝固性坏死预测研究，2014.1-2016.12，30万
●主持浙江省基础公益项目，LGF22H180006，用于骨性关节炎早期筛查的超声微血流-
粘弹性融合成像方法建立及评价研究，2022.1-2024.12，10万
●主持浙江省医药卫生科技计划项目，2023KY841，基于热动力学预警模型的HIFU专用
超声监控设备关键技术研究，2023.1-2025.12，5万
●企业技术开发项目，2023-KYY-518057-0008，多模态生物医学图像智能分析平台，
2023.5-2025.4，30万
●主持国家重点实验室自主课题,超声弹性成像无创诊断早期创伤性关节炎的前期研
究，SKLZZ(Ⅱ)201403，2015.10-2017.10，20万
●主持2012年校级课题（第三军医大学），2012XJQ23, 用于聚焦超声肿瘤治疗监控的
弹性成像重建算法研究，2013.1-2015.12，5万
●主持重庆市博士后科研项目特别资助项目, Xm2014100,基于粘弹性温升特性的HIFU
治疗监控关键技术研究, 2015.1-2016.12，5万
●Jijun Tong, Guilei Miao, Qingli Zhou, Xin Wang, Junliang Yan, Yuqiang Shen, Xinjian Zhu*. HIFU micro-damage detection method based on optical flow multi-parameter time-division analysis, Biomedical Signal Processing and Control, 2026,112(pb): 108412
●Shanna Liu, Bo Shang, Junliang Yan, Zenghua Zhu, Yuanhao Ding, Qingli Zhou, Chengjing Wei, Yuqiang Shen*, Xinjian Zhu*. A method for quantifying and automatic grading of musculoskeletal ultrasound superb microvascular imaging based on dynamic analysis of optical flow model. Scientific Reports,2025,15(1):13369
●Xinjian Zhu, BingBing Cheng, Yuqiang Shen, Bin Xia, Guanghui Yue. Boundary-Supplementary network for carotid plaque segmentation in ultrasound images. IEEE Signal Processing Letters, 2025, 32:1765-1769
●Shenggeng Wang, Zhenyu Wang, Qingli Zhou*, Guoping Tang, Zengtao Yang*, Xinjian Zhu*. Pearling of cylindrical vesicles induced by acoustofluidics. Physics of Fluids, 2025, 37(1), 012015
●Jinyu Wu, JunliangYan, Jie Chang, Chang Li, Bing Xia, Shanna Liu, Xinjian Zhu*, Qingli Zhou*. Diagnostic values of different musculoskeletal ultrasound signs, serum uric acid, and their combined detection for gouty arthritis.Archives of rheumatology,2024, 39(2):265~273
● Shanna Liu, Hao Zhang, Chang Li, Weifang Dai, Jinyu Wu, Yuanyuan Wu, Wenwen Su, Bin Xia, Jiayu Zhou, Yuqiang Shen*, Xinjian Zhu*. A method of motion estimation of segmental ventricular wall with tracking of ultrasonic Echocardiogram. BMC Medical Imaging, 2023, 23(1):88
●Xinjian Zhu#, Li Chen, et al. An Ultrasonic Elastography Method Based on Variable Length of Filter in Strain Computation. Sensing and Imaging, 2021,22:15
●Xinjian Zhu#, Ruoyu Wu, et al. A New Ultrasound Elastography Method Based on a Variable Windows Based Numerical Optimization. Sensing and Imaging, 2020, 21:30
●Xinjian Zhu#, Xuan He, et al. A Method for Localization and Segmentation of Intervertebral Discs in Spine MRI Based on Gabor Filter Bank. BioMedical Engineering OnLine, 2016, 15(1):32
●Xinjian Zhu#, Ruoyu Wu, et al. A Method of Time–Intensity Curve Calculation for Vascular Perfusion of Uterine Fibroids Based on Subtraction Imaging with Motion Correction. Sens Imaging, 2016, 17(1): 19
●Xinjian Zhu#, Pengfei Zhang, et al.. A snake-based method for segmentation of intravascular ultrasound images and its in vivo validation. Ultrasonics , 2011, 51 (2):181~189
●Xinjian Zhu#, Shenzheng Tao, et al. Displacement and Strain Estimation Based on Numerical Optimization Method with Powell Algorithm and Wavelet Analysis in Ultrasound Elastography. CISP'11-BMEI'11, 2011, Shanghai. P.R.China, 2011.10.15~10.17
●朱新建，他得安，陈洪磊，江晨，矩阵式超声引擎下的便携化聚焦超声装置及控制方法, 2026.7, ZL202610507469.7
●朱新建，他得安，陈洪磊，江晨，基于复合能量场引导Snake模型的聚焦超声微损伤图像分割方法,2026.7, ZL202610555074.4
●朱新建，刘姗娜，周庆利，张昊，李畅，丁元昊，基于置信权重分析光流追踪的室壁节段运动估计方法,2026.4, ZL202211239013.5
●朱新建，刘姗娜，张昊，周庆利，吴金玉，基于自适应正则化光流模型的室壁运动估计方法及装置,2026.4, ZL202211292203.3
●朱新建，成骏楠，刘姗娜，滕冲，沈玉强，李畅，一种基于深度学习的超声声速图重建方法，2025.4，ZL202510084740.6
●朱新建，刘姗娜，商博，周庆利，闫俊梁，丁元昊，基于光流分析的肌骨超声超微血流量化分级方法与系统, 2025.3，中国, 202411930258.1
●朱新建，吴若愚，吴宝明，何庆华，基于可变滤波器长度的超声弹性成像方法, 2019.6，中国, ZL201710021524.2
●朱新建，林晓红，闫铮，冯正权，闫庆广，何庆华，一种椎间盘图像的退行性变计算机自动分级方法, 2018.3，中国, ZL201410840917.2
●朱新建，林晓红，闫铮，吴若愚，吴宝明，基于图像处理的椎间盘自动定位方法，2018.3,中国，ZL201410546514.7
●朱新建，吴若愚 冯正权 何庆华 吴宝明，基于动态孔径控制的超声剪切波弹性成像方法，2017.10,中国，ZL201510794661.0,
●朱新建，吴若愚，单鑫，吴宝明，基于brox光流法的超声造影图像血管灌注区提取方法, 2017.3，中国, ZL201410609555.6
●朱新建，吴若愚，冯正权，何庆华，吴宝明，弧形微扫描超声动态小目标监测成像系统，2017.7,中国，ZL201410840719.6
