| 1. | Standard practice for visual evaluation of metamerism
位变异构性的外观鉴定的标准实施规程 |
| 2. | Method for visual evaluation of metamerism
同色异谱的目视评价方法 |
| 3. | Standard practice for visual evaluation of the lightfastness of art materials by the user
用户用工美材料光牢性的目视确定的标准操作规程 |
| 4. | Chemical analysis of organic products . visual evaluation of coloration in hazen units
有机产品的化学分析.用哈森单位进行染色的目测评价 |
| 5. | Standard test method for relative hiding power of paints by the visual evaluation of brushouts
用擦试外规评定法对涂料相对遮盖力的标准试验方法 |
| 6. | Standard test method for visual evaluation of gloss differences between surfaces of similar appearance
类似外表的表面之间不同光泽的目视评定标准试验方法 |
| 7. | Standard test method for determining the hiding power of paint by visual evaluation of spray applied coatings
通过喷涂层的外观评价测定涂料遮盖能力的标准试验方法 |
| 8. | The new fusion algorithm possesses superior fusion effect either from subjective visual evaluation , or from objective performance statistical analysis
无论是从主观视觉评价,还是从客观性能统计分析来看,新图像融合算法均具有较优的融合效果。 |
| 9. | On the base of analysis of hydrologic geology from aquifer distribution , boundary conditions and dynamic characters etc . in the research area , the paper sums up the hydrologic geologic condition , builds up the conceptual model of groundwater resource evaluation and presents 2d calculation model , as well as numeric solution and computing flow chart . after introducing general solutions of mathematic models and implementation method of rectangular grid , the paper realizes the automatic technique of spatial dispersion rectangular grid of evaluation models based on gis . finally , the paper fulfills the integration of gis with groundwater resource evaluation models from gis - based basic management information , spatio - temporal dispersion of models , definition of subprogram and visual evaluation of parameters , as well as models simulation etc . , and visualizes the results of evaluation models
论文以地下水超采?地下水降落漏斗?地面沉降现象较为严重的常州、武进地区作为研究评价区域，在对评价区域的含水层分布、边界条件和动态特征等水文地质条件分析的基础上，概化了其水文地质条件，构建了相应的地下水资源评价概念模型与数学模型，并给出其数值解法和相应的计算流程；论文在介绍数学模型的两种常用数值解法和模型空间离散的矩形网格生成技术的基础上，实现了基于gis的评价模型空间离散矩形网格的自动生成；最后，论文从基于gis的评价模型基本信息管理、模型空间时间离散方法、子程序包与模型计算参数可视化赋值、模型的拟合等方面实现了gis与评价区域的地下水资源评价模型的集成，并将模型评价结果可视化。 |
| 10. | Nowadays , with the rapid development of cities and industries , human activities take on the characteristics of expansibility and instantaneousness , which produce much information data correspondently . the former information treatment methods in the field of soil , engineering ca n ' t meet the users " demand on exactness and alternation . so the visual evaluation of liquefaction information system becomes the urgent task in soil engineering
当今，随着城市化和工业化的加快，人类活动呈现出空间扩展性和时间瞬时性的特点，相应产生了大量的信息数据，原有的岩土工程信息处理方法已不能完全满足用户对信息的准确、直观、迅速、可交互等多样性需求，因此地震砂土液化的可视化评价信息系统是岩土工程界迫切需要解决的课题。 |
