分析测试报告 |
SEM观察200μm的0.1%GO与5%钛酸盐晶须涂层附着面 |
SEM was used to observe the adhesion surface of 200μm 0.1%GO and 5% titanate whisker coating |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
超声细胞破碎0.5h氧化石墨烯原子力显微镜测试 |
Ultrasonic cell disruption 0.5h graphene oxide atomic force microscopy test |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
SEM观察200μm的0.3%GO与5%钛酸盐晶须涂层附着面 |
SEM observation of the attachment surface of 200μm of 0.3%GO and 5% titanate whisker coating |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
光学显微镜观察50μm的5%钛酸盐晶须涂层 |
A 50μm 5% titanate whisker coating was observed under light microscopy |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
光学显微镜50μm的7%含量钛酸盐晶须复合涂层内部流动 |
Optical microscopy 50μm of 7% content titanate whisker composite coating internal flow |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
纳米化环氧化氧化石墨烯原子力显微镜测试 |
Nanoized epoxide graphene oxide atomic force microscopy test |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
SEM观察200μm的0.3%GO与3%钛酸盐晶须涂层附着面 |
SEM observation of the attachment surface of 200μm of 0.3%GO and 3% titanate whisker coating |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
未改性氧化石墨烯水溶液的光学显微镜观察 |
Optical Microscopic Observation of Aqueous Graphene Oxide Solution 1 |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
改性氧化石墨烯水溶液的光学显微镜观察 |
Optical Microscopic Observation of Aqueous Graphene Oxide Solution 2 |
生物基海洋防腐新型涂层材料 |
2023-12-11 |
分析测试报告 |
光学显微镜观察50μm的0.1%GO与5%钛酸盐晶须涂层 |
Light microscopy was used to visualize 50μm of 0.1%GO with 5% titanate whisker coating |
生物基海洋防腐新型涂层材料 |
2023-12-11 |