结论空气模拟潜水对大鼠是应激刺激，但很快能适应；
Conclusion In simulated air diving, rats suffered stress but adaptation rapidly occurred.
结论在空气模拟潜水条件下小鼠氧化应激状态发生显著变化，高分压氧在其中扮演了极为重要的角色。
Conclusion The oxidative stress state of mice changed obviously in simulated air diving environment and hyperbaric oxygen may play an important role in it.
小鼠腹腔巨噬细胞功能在空气模拟潜水条件下受到显著抑制可能与其自身氧化应激状态发生变化有关。
The changes of mice peritoneal cavity macrophages' functions in simulated air diving environment may be related to its own oxidative stress states.
本文采用田间试验和数值模拟相结合的方法，探讨有作物生长条件下的潜水蒸发规律及其主要影响因素。
The field experimentation and numerical simulation are developed on study of the groundwater evaporation law and its main affecting factors under the conditions of crops growth.
目的 ：观察N-乙酰半胱氨酸 （NAC）对大鼠模拟空气反复潜水后免疫抑制的预防作用。
Objective:To examine the protective effect of N acetylcysteine (NAC) on the immunosuppression after repetitive simulated air diving in rats.
目的：观察模拟空气潜水前后兔血液内白细胞与血小板的变化。
Objective To investigate the change of white blood cell (WBC) and platelet of New Zealand rabbits induced by simulating diving condition.
对潜水搅拌器搅拌流场进行数值模拟。
在对系统模型概化的基础上，进行了潜水位的数值模拟和预报。
On the basis of the system model generalization, the water table is simulated and predicted.
本课题运用CFD数值模拟技术对潜水泵全流道进行数值模拟与性能预测。
This topic used CFD simulation technology for numerical simulation of the full port and performance prediction.
虽然没有水的情况下研究，但是模拟了潜水员面朝下屏息的静息呼吸暂停潜水的条件。
The conditions were dry, but mimicked a static apnea dive in which the divers float face down holding their breath.
对于许多区域水资源问题，用数值方法进行潜水水流模拟时，需要给出每个节点上含水层底板标高值。
In many cases of regional water resources issues, when numerical method is often adopted in groundwater flow modeling lower bed level value of aquifer on each node should be given.
潜水呼吸器高压无人试验设各是一种采用呼吸模拟器理论的新型测试设备。
The hyperbaric tester is a kind of advanced equipment which adopts the principle of breathing simulator.
潜水呼吸器高压无人试验设各是一种采用呼吸模拟器理论的新型测试设备。
The hyperbaric tester is a kind of advanced equipment which adopts the principle of breathing simulator.
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