1.
The greater the enrichment, the less the critical mass.
浓缩程度越大，临界质量越
2.
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。
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
4.
Correlation of critical mass velocity has been provided.
文中还给出了临界质量流速的试验关联式。
5.
It is almost as if you have reached critical mass and the Hundredth Monkey Theory is activating.
它几乎像是你们到达了临界质量而激活了第一百只猴子理论。
6.
Discussion on Key Points for Installation Quality Control of Supercritical Boiler
浅谈超临界锅炉安装质量的控制要点
7.
An Estimation Model for Critical Accumulation of Porous Solid Mass in Debris Flow Study
泥石流松散固体物质临界集聚量估算模型研究
8.
The Study of Water Chemistry and Steam Quality of Subcritical Units in Shandong province
山东省亚临界机组水汽质量的分析研究
9.
Research on the Quality Control for Supercritical Fluid Extract of Tripterygium Wilfordii;
雷公藤超临界萃取有效部位质量控制研究
10.
The Study on-Assessment Indicator System of Cultivated Land Quality Variation and Its Critical Alertness;
耕地质量变化的临界警戒和评价指标体系研究
11.
Study on Pumpkin Seed Oil Extraction by Supercritical CO_2 Fluid
超临界CO_2流体萃取南瓜籽油的质量研究
12.
Supercritical carbon dioxide extraction of Holboellia fargesii Reaub seed oil and its quality assessment
五叶瓜藤种子油超临界CO_2萃取及其质量评价
13.
The Qualitive Defects and its Improvement of ESR Steel KT5931ASO for the Blade of Use Steam Turbine
电渣重熔超超临界叶片钢KT5931ASO的质量缺陷与改进
14.
Mass Flow Rate Profile and Metal Temperature Calculation in Water Wall of an Supercritical Circulating Fluidized Bed Boiler at Medium Mass Flow Rate
超临界循环流化床锅炉中等质量流速水冷壁流量分配及壁温计算
15.
The addition of matter over this critical value would lead to the collapse of the star without limit because of the ever-increasing gravitational forces.
质量超过临界值时，增加着的引力将造成恒星的无限坍缩。
16.
The critical forming time has been put forward and several factors which influence forming quality have been studied.
提出了临界成形时间的概念,并研究了影响成形质量的诸多因素。
17.
Graft Copolymerization of High-molecular-weight Atactic Polypropylene in Supercritical CO_2;
高相对分子质量无规聚丙烯在超临界CO_2中的接枝改性
18.
Discussion on the Problems about Volume-Profit Graph;
关于量利式盈亏临界图有关问题的探讨——关于文献[1]的质疑