| 1. | The same ideas of critical size and critical mass apply to bombs .
同样的临界尺寸概念和临界质量概念适用于原子弹。 |
| 2. | Study on the stratification and critical size in siderite heattreatment
菱铁矿热处理分层现象及临界线度的研究 |
| 3. | Nuclear fission has contributed to our society some new phrases - - " critical mass " and " critical size "
原子核裂变给我们的社会带来了一些新词汇- - “临界质量”和“临界大小” 。 |
| 4. | It is found that the enhancement of the long - range interaction will result in the increment of the phase transition temperature , the increase of the critical transverse field and the decrease of the critical size
采用超越平均场理论计算了长程相互作用对铁电薄膜的物理性质的影响，发现长程相互作用的增强将使铁电薄膜的居里温度升高、临界横场增大、临界尺寸下降。 |
| 5. | It is found that the specific saturation magnetization decreases with the decrease of the nanocrystallites grain size . the dominating reason is the grain size of the nanocrystallites less than the critical size of the single magnetic domain
发现对于纯净的纳米晶粒来说，饱和磁化强度随着晶粒线度的减小而减小，这主要是因为所制备的纳米晶微粒的晶粒线度小于单畴颗粒的临界粒径。 |
| 6. | A quantitative analysis of this idea led to the prediction that a star remaining about three times the mass of the sun at the end of its evolution ( usually as a neutron star ) , will almost inevitably shrink to the critical size needed to undergo a gravitational collapse
该想法的定量分析导致预言一颗恒星在终止它演化时候保持大约三倍太阳的质量(通常看做一颗中子星) ,将会几乎不可避免收缩到临界体积必须遭受引力坍塌。 |
| 7. | Compared with bst materials , especially in thin films , ps t has smaller ferroelectric critical size , lower crystallization temperature , and compatible fabrication with si micro - electronics , so it can meet the need of the high quality si - based integrate circuit ( ic ) . moreover , it is important to promote the development of the miniaturization and integration for the modern devices
与bst相比，特别作为薄膜材料， pst的铁电临界尺寸较小，晶化温度较低，制备工艺与si微电子工艺兼容，更能够满足高性能的si基集成电路的需要，对推动现代器件发展的小型化和集成化具有十分重要的意义。 |
| 8. | It is found that " phase produces coplanar slip and reduces the number of movable slip systems because its particles are cut by moving dislocations in deforming process , for its large critical size of cut - bypass , accordingly its strengthening contribution is anisotropic . and strengthening contribution of t1 phase is also anisotropic because it distributes on the four { 111 } slip planes while its critical size is small
研究表明，相由于颗粒的切过-绕过临界尺寸较大，在变形过程中被运动位错切过，由此产生共面滑移，减小可动滑移系数目，所以其强化具有各向异性； t _ 1相的临界尺寸较小，但分布于四个{ 111 }滑移面上，故其强化也具有各向异性。 |
