计算结果为实际生产中的核临界安全性提供了理论依据。
As a result, it can be a theoretical basis in nuclear criticality safety for reality production.
本课程包括了设计和操作临界安全性系统时重要的理论和技术。
Covers important concepts and techniques in designing and operating safety-critical systems.
文中首先讨论了多线程并发系统中的安全性与公平性问题，指出安全性与公平性在并发系统中访问临界资源时的重要性。
In this thesis, discuss the safety and fairness in concurrent system, and point out its importance when multithreading accessing the critical resources.
根据分析的结果评价了临界距离老空水下薄煤层联合开采的安全性。
Hereby the safety of the combined mining of thin seams under the close gob water was evaluated.
因此，在油气勘探开发中有必要引入超临界流体这一概念，并对其特殊相行为进行研究，把超临界流体的特性与实际油气藏勘探开发相结合，提高酸性天然气藏开发的安全性。
Under the situation, Based on the consideration above, it is necessary to introduce the supercritical fluid thesis to the oil exploration and do some researches on the phase of supercritical fluid.
大型超临界机组自身的安全性，直接影响到各大电网的安全性和稳定性，甩负荷试验是确保机组安全的一个重要手段。
The safety and stability of the major power grid are directly effected by the security of large supercritical unit. Load rejection is an important method to ensure the unit safe.
大型超临界机组自身的安全性，直接影响到各大电网的安全性和稳定性，甩负荷试验是确保机组安全的一个重要手段。
The safety and stability of the major power grid are directly effected by the security of large supercritical unit. Load rejection is an important method to ensure the unit safe.
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