| Patent | Patent authorization number | Completion person | Authorization date |
1 | A high throughput micro-synthesis method of multi-component materials | 15912930（US） | Haizhou Wang、Yunhai Jia、Lei Zhao、Xuebin Chen、Peng Wang、Dongling Li、Guang Feng、Xiaojia Li | 2018.3.6 |
2 | A High Throughput Micro-synthesis Method of Multi-component Materials | 10 2018 102 509.2（Germany） | Haizhou Wang、Yunhai Jia、Lei Zhao、Xuebin Chen、Peng Wang、Dongling Li、Guang Feng、Xiaojia Li | 2018.2.5 |
3 | Low voltage scanning electron microscope and method for specimen observation | PCT/CN2018/075564 | Focus- ebeam Technology (Beijing) Co., Ltd. | 2018.2.7 |
4 | Scanning electron microscope objective lens system and method for specimen observation | PCT/CN2018/085300 | Focus- ebeam Technology (Beijing) Co., Ltd. | 2018.5.2 |
5 | Imaging system and method for specimen detection | PCT/CN2018/103852 | Focus- ebeam Technology (Beijing) Co., Ltd. | 2018.9.3 |
6 | The invention relates to a high-flux gradient heat treatment array crucible | CN201710946491.2 | Haizhou Wang;Yunhai Jia;Lei Zhao;Peng Wang;Xiaojia Li;Dongling Li;Xuebin Chen;Guang Feng | 2017.10.12 |
7 | A multi - channel honeycomb array crucible with gradient temperature field | CN201710946464.5 | Haizhou Wang、Yunhai Jia、Lei Zhao、Peng Wang、Xiaojia Li、Dongling Li、Xuebin Chen、Guang Feng | 2017.10.12 |
8 | A multi - channel honeycomb array crucible with the same temperature field | CN201710946445.2 | Haizhou Wang、Yunhai Jia、Lei Zhao、Peng Wang、Xiaojia Li、Dongling Li、Xuebin Chen、Guang Feng | 2017.10.12 |
9 | The invention relates to a hot isostatic high flux micro manufacturing method for composite materials and a jacket die thereof | CN201910014812.4 | Haizhou Wang、Yunhai Jia、Lei Zhao、Xuebin Chen、Hui Wang、Man Hu、Guang Feng、Dongling LI、Peng Wang、Xiaojia LI | 2019.1.8 |
10 | A method for the quantitative statistical distribution of precipitated phase particles in metal materials with full field of view | CN201711469419.1 | Dongling Li，Xuejing Shen，Lei Zhao，Haizhou Wang，Weihao Wan，Yuha Lu，Feifei Feng | 2017.12.25 |
11 | Used for laser spot size continuously adjustable focusing optical path system and adjustment method | CN201810730497.0 | Yunhai;Jia Liu;Peng Xu;Xiaoxia Shi;Rui Shen;Xiaopeng Li | 2018.7.5 |
12 | An instrument and method for rapid analysis of inclusions across scales based on microphotographic matrix | CN201811131502.2 | Yunhai Jia；Jingliang Yuan；Jiwen Chen；Chun Yang；Lei Yu；Qiao Chu | 2018.9.27 |
13 | A method for quantitative characterization of the area and content of different types of inclusions in steel | CN201810952853.3 | Yun hai Jia；Jia Liu；Chun Yang；Xuejing Shen；Rui Shen；Peng Xu；Xiaoxia Shi | 2018.8.21 |
14 | Combined current and sacrificial anode protection devices for jacket platforms and methods | CN201810043594.2 | Pengfei Yin;Wei Zhang;Bing Han;Xiangyang Li;Zhijian Zheng;Changjiang Ma;Yalin Chen | 2018.1.17 |
15 | An experimental system for loading tube samples with internally flowing supercritical water is introduced | CN201710946635.4 | Yonghao Lu,Yanguang Liu,Xianfei Ding,Gong Chen,Zhexiong Zhuangzi,Dongbai Sun | 2017.10.12 |
16 | A large - scale micrograph generation method based on BBB 0 definition fusion is presented | CN201810432523.1 | Haiyou Huang，Xiaojuan Ban，Ya Su，Wanbo Liu，Boyuan Ma，Wenhui Chen，Yulian Chen，Chuni Liu | 2018.05.08 |
17 | The invention relates to a low-energy scanning electron microscope system and a sample detection method | CN201711168539.8 | Shuai Li、Wei He | 2017.11.21 |
18 | Low energy scanning electron microscope system, scanning electron microscope system and sample detection method | CN201811250972.0 | Shuai Li、Wei He | 2018.10.25 |
19 | The invention discloses a scanning electron microscope system and a sample detection method | CN201810589383.9 | Shuai LI 、Wei He、Ruiping Wang | 2018.6.8 |
20 | The invention relates to an imaging system and a sample detection method | CN201810837831.2 | Wei he、Shuai | 2018.7.26 |
