查询词典 superheavy

The safety the pole setting entirety is stabilized to superheavy form board of project plays arrive at decisive role.

安全杆设置全部被稳定对项目戏剧超重元素模板到达果断角色。

The deformations and structures of superheavy nuclei were investigated systematically.

计算结果很好地再现了超重核的结合能、α衰变能和寿命的实验数据。

The new equation is suitable for studying fusion reactions with any projectile-target combination, and can better fit the experimental data, so that it can provide a large probability to choose the reaction system for synthesizing a certain superheavy nucleus.

新的方法适用于研究任何弹靶组合系统，给出了与实验符合更好的结果，为寻求合成超重核的反应道提供了更为宽阔的选择空间。

The α-decay lifetimes of the newly synthesized superheavy element s are calculated using the α-cluster model and the results are in good agreement with experimental data.

用α 结团模型计算新合成超重元素的半衰期，与已知的实验数据进行对比分析，发现理论和实验数据能够很好地符合，验证了α结团模型对超重核研究的有效性。

The theoretical models for investigating the fusion mechanism of heavy nucleus collisions and calculating the formation cross sections of superheavy nuclei have been introduced.

介绍并讨论了研究超重核合成的主要理论模型以及近年来在研究重核熔合机制和超重核合成理论模型方面的进展。

The change of superheavy oil viscosity after mixing light oil was studied by the experiment,and the mixed viscosity was calculated by non-linear mixing method.

采用在注蒸汽过程中向地层掺入稀油的方法来降低地层稠油的粘度，实验研究了超稠油掺稀油后粘度的变化，并按非线性混合方法计算了稠油与稀油混合后的粘度。

The a decay half- lives of 373 nuclei and superheavy elements have been calculated in the generalized liquid drop model and compared with the available experimental data.

推广的液滴模型和准分子形状机制能很好地描述重核和超重核的裂变、衰变及完全熔合反应。

Can be treated comprehensively and self-consistently in this model, which offers a new way to study fusion reaction and to explore the mechanism of synthesis of superheavy elements hopefully.

ImQMD模型能够很好地再现一系列核的基态性质以及10多个熔合反应的激发函数（包括丰中子核熔合体系以及实验最新测量的132Sn+64Ni熔合体系）。

Heat recovery technologies in horizontal wells for shallow superheavy oil reservoir s are concluded in this article.

对浅层特、超稠油油藏斜直水平井注蒸汽开采工艺技术进行了总结，这些技术包括：完井、双油管注汽与采油、井下温度跟踪监测、单井吞吐及间歇汽驱等技术，分析了不同油藏、不同注蒸汽热采方式的生产效果，对下一步工作提出了建议。

The atomic properties of the superheavy element Hs(Z=108)and Uub(Z=112)have been studied theoretically in conjunction with the effects of electron correlations and relativistic effects.

在超重元素原子结构的研究中，通过细致考虑电子关联效应和Breit相互作用，计算了Hs(Z=108)和Uub(Z=112)原子的激发态结构、共振吸收振子强度及其一价和二价离子的基态等相关性质。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。