| 1. | Glass in building - determination of the bending strength of glass - testing of channel shaped glass
建筑玻璃.玻璃弯曲强度的测定.有槽玻璃的试验 |
| 2. | Glass in building - basic soda lime silicate glass products - wired or unwired channel shaped glass
建筑用玻璃.基本的钠钙玻璃制品.嵌丝或不嵌丝u形玻璃 |
| 3. | Glass in building - determination of the bending strength of glass - part 4 : testing of channel shaped glass
建筑玻璃.玻璃弯曲强度测定.第4部分: u型玻璃试验 |
| 4. | Glass in building - basic soda lime silicate glass products - part 7 : wired or unwired channel shaped glass
建筑玻璃.基本钠钙硅酸玻璃产品.第7部分:嵌丝或非嵌丝槽形玻璃 |
| 5. | Glass in building - basic soda lime silicate glass products - part 7 : wired or unwired channel shaped glass ; german version en 572 - 7 : 2004
建筑用玻璃.基本钠钙玻璃制品.第7部分:嵌丝或不嵌丝 |
| 6. | Glass in building - determination of the bending strength of glass - part 4 : testing of channel shaped glass ; german version en 1288 - 4 : 2000
建筑物玻璃.玻璃弯曲强度测定.第4部分: u型玻璃试验 |
| 7. | In addition to , we summed the results of fields outcrop and fluvial engineering , established the geological thesaurus . ration the different type of fluvial channels shape parameters . then matched the logging interpretation model of shaliness . porosity unit , permeate ratio and hydrocarbon saturation originality , because using the measure of multianalysis and network . the precision is higher than the result of onventionality , so laid the fundation of knowing the characterof reservoir
此外，总结了国内外野外露头及河流工程的研究成果，建立了研究区的地质知识库，初步量化了不同类型河道的形态参数。还建立了不同类型河道的泥质含量、孔隙度、渗透率、原始含油饱和度的测井解释模型，由于引入了多元拟合及人工智能神经网络等手段，其计算精度高于常规解释结果，为精细分析储层内部性质奠定了基础。 |
