| 1. | Urban density data are difficult to compare among countries .
各国的城市人口密度数据是难以进行比较的。 |
| 2. | It is the density data of the shale
这是泥页岩密度数据。 |
| 3. | Ultra - high density data storage on a novel all - organic complex thin film
对一种新型全有机复合薄膜的超高密度信息存储研究 |
| 4. | Project on neutron flux density data acquisition system with multiple space - time channels based on a microcomputer
多时空通道中子注量率密度数据采集系统方案设计 |
| 5. | Linearization - the on - board spectrophotometer supplies color and density data to the external rip ' s color management software
线性-对董事会分光光度计用品颜色和密度数据给外部扯裂的色彩管理软件。 |
| 6. | The discussion will be focused on the next generation of compactly integrated low cost optoelectronic devices and systems for real time sensing / detection , high - density data communications and high - speed control / actuation
会议将反映国内外光电子领域所取得的最新成果，促进我国光电子领域的国际交流与合作。 |
| 7. | It can be use as a parameter to describe the variety of soil texture . 3 . on the basis of the a & p model , soil particle - size distributions and soil bulk density data is translated to soil water retention characteristics
A & p模型得出的四种土壤的水分特征曲线，在低吸力范围段可以较好反映土壤实际的土水势与含水量之间的关系。 |
| 8. | It was found that large scale single crystal ttf m - nbp film can be obtained by this method . atomic resolution surface images were observed both with atomic force microscope and scanning tunneling microscope . high density data storage was realized by applying voltage pulses between the stm tip and the substrate
用原子力显微镜afm和扫描隧道显微镜stm都观察到了ttf m - nbp薄膜表面的原子级分辨像。通过stm针尖施加脉冲电压在ttf m - nbp薄膜上实现了纳米级的信息存储，最小记录点直径约为1 . 2nm 。 |
| 9. | Comprising 50249 density data , 11374 magnetic susceptibility data and 8889 remanent magnetization data , the regional stratigraphic physical column column based on stratigraphic regionalization has been set up to guide geophysical survey in jiangxi province , southern china
摘要对岩矿石50249个密度、 11374个磁化率、 8889个剩磁强度数据，以江西省及其地层区、地层分区为研究区，以构造层、年代地层为单元进行区域地层物性的统计，结果为该区的区域物探、矿区物探工作提供基础。 |
| 10. | In the last twenty years , extensive studies have been made on the structure , basic magnetic properties , interlayer coupling , interfacial structures and its relative effects in magnetic thin and ultrathin films due to their potential application in magnetic random access memory ( mram ) and ultrahigh - density data storage
随着在磁性随机存储器和超高密度存储技术中应用的不断拓展，近二十年来，磁性薄膜和超薄膜的结构、基本磁性、层间耦合、界面状况及其相关效应一直是人们研究的熟点和难点之一。 |
