| 1. | According to the characteristics of space fast reactors , liquid metal lithium is selected as control material
摘要根据空间快堆的具体特点，采用液态金属锂为控制材料。 |
| 2. | Uses : as additive of garnet and permanent magnets , in the making of metal halide lamp and meutron - controlling bar in nuclear reactor
用途：用于柘榴石和永磁体的添加剂和用于制造卤素灯和核反应堆的控制材料。 |
| 3. | In vitro diagnostic medical devices - measurement of quantities in biological samples - metrological traceability of values assigned to calibrators and control materials
体外诊疗装置.生物样品的定量测量.校准仪和控制材料赋值的测量溯源性 |
| 4. | In vitro diagnostic medical devices - measurement of quantities in biological samples - metrological traceability of values assigned to calibrators and control materials
体外诊断医疗器材.生物试样的数值测量.校准仪和控制材料赋值的计量溯源性 |
| 5. | A new advanced thermal management material with excellent thermal properties , which composed aluminum with high volume fraction of silicdn , was obtained in this thesis
将高体积分数的si颗粒与al复合，可以得到综合性能非常优异的新型热控制材料。 |
| 6. | At present , the research on low - dimensional zno materials is concentrated in new shapes and well - aligned array , nearly about the controlled growth of materials ’ dimensions
目前对zno低维材料的研究多集中于制备新的形貌及高度取向的阵列方面,很少有关于控制材料尺寸的相关报道。 |
| 7. | In vitro diagnostic medical devices - measurement of quantities in biological samples - metrological traceability of values for catalytic concentration of enzymes assigned to calibrators and control materials
体外诊断医疗器材.生物试样的数值测量.校准仪和控制材料赋值的酶催化浓度计量溯源性 |
| 8. | Usage : as structure material of nuclear reactor , as nuclear fuel and its coating material , chemical corrosion resistant material , deceleration material , controlling materials and metallurgical deoxidizer
用途：用做原子能核反应堆的结构材料、核燃料、核燃料的包套材料、化工耐腐蚀材料、减速材料、控制材料及冶金脱氧剂。 |
| 9. | 1 in most cases , periodic evaluation of test and control materials is necessary to determine the variation in magnitude and direction of property changes as a function of exposure time or radiant exposure
在大多数情况下,有必要定期评价试验材料和控制材料,以测定(涂料)属性改变在大小和方向上的变化.该变化是暴露时间或辐射曝露量的函数 |
| 10. | Clearly , natu re has evolved mechanisms to influence crystal growth and morphology to a degree unparalleled in any in vitro environment , producing mineralized structures that are permeably optimized to their fruition with is an organism
自然界通过有机大分子与无机物离子在界面处的相互作用的矿化机理来控制材料的结构与形貌，从而使无机物与有机体形成具有择优生长取向的精美复合物。 |
