hypobaric

简明释义

英[ˌhaɪpəˈbærɪk]美[ˌhaɪpəˈbærɪk]

adj. 比重低于脑脊髓液的；（麻醉剂）[药] 低比重的

英英释义

单词用法

同义词

反义词

例句

1.A proper numerical method was chosen to calculate the change of water and temperature inside food during the cooling procedure in the hypobaric environment by computer.

采用数值计算方法，编写了相关的程序，对食品在减压冷藏环境下的冷却过程进行了模拟计算。

2.Conclusion Small dose hypobaric spinal-epidural anesthesia for lower limb surgery in elderly patients with fracture is an effective and safe and reliable method of anesthesia.

结论小剂量轻比重蛛网膜下腔-硬膜外联合麻醉对行下肢手术的老年骨折患者是一种疗效确切，安全可靠的麻醉方法。

3.In addition, the inhibition of flesh leatheriness development of loquat fruit by hypobaric pressure storage was correlated to the reduced POD and PAL activities.

另外，减压贮藏减轻冷藏枇杷果实的木质化败坏，可能与抑制POD和PAL酶活性有关。

4.The problems and prospect of hypobaric storage are discussed as well.

讨论了减压贮藏研究和应用中存在的问题，展望了其发展前景。

5.Aim: To explore the differentially expressed proteins between hypobaric hypoxic delayed preconditioning (HHDP) and normal mouse hippocampus.

目的：探索低压低氧延迟预适应(HHDP)小鼠海马差异表达蛋白。

6.Objective To explore the effects of mild and moderate acute hypobaric hypoxia on manual performance.

目的探讨急性轻、中度低压缺氧对手动作业工效的影响。

7.The research team conducted experiments in a hypobaric 低压的 chamber to study the effects of low pressure on human physiology.

研究小组在一个低压的实验室中进行实验，以研究低压对人体生理的影响。

8.Pilots must be trained to handle hypobaric 低压的 conditions that can occur at high altitudes.

飞行员必须接受训练，以应对在高海拔地区可能发生的低压的条件。

9.In a hypobaric 低压的 environment, the boiling point of water decreases significantly.

在低压的环境中，水的沸点显著降低。

10.The astronaut experienced hypobaric 低压的 conditions during the simulation of space travel.

宇航员在模拟太空旅行时经历了低压的条件。

11.Therapeutic hypobaric 低压的 chambers are used to treat certain medical conditions.

治疗性低压的舱用于治疗某些医疗状况。

作文

The term hypobaric refers to conditions of lower than normal atmospheric pressure. This phenomenon can occur at high altitudes, where the air pressure decreases as one ascends. Understanding hypobaric environments is crucial for various fields, including aviation, medicine, and sports science. For instance, pilots and mountaineers must be aware of the effects of hypobaric conditions on the human body. At high altitudes, the reduced air pressure can lead to a decrease in the availability of oxygen, which can result in altitude sickness. Symptoms may include headaches, dizziness, and even more severe complications if not addressed promptly. In the medical field, hypobaric conditions are often studied to understand their impact on human physiology. Researchers have explored how these low-pressure environments affect blood circulation, respiratory function, and overall health. For example, in hypobaric chambers, patients can undergo treatments that simulate high-altitude conditions, which may help in training athletes or rehabilitating individuals with certain respiratory issues. Moreover, the study of hypobaric environments extends to the realm of sports science. Athletes often train in hypobaric conditions to enhance their performance. By simulating high-altitude environments, they can improve their endurance and oxygen utilization efficiency. This type of training has gained popularity among elite athletes who aim to gain a competitive edge. However, it is essential to approach hypobaric training with caution. Athletes must gradually acclimatize to lower pressures to avoid adverse effects. Coaches and trainers should monitor their athletes closely during such training sessions to ensure their safety and well-being. In conclusion, the concept of hypobaric environments plays a significant role in various disciplines. From understanding the physiological effects on the human body to enhancing athletic performance, the implications of hypobaric conditions are far-reaching. As research continues to evolve, we can expect to learn even more about how these unique environments influence our health and capabilities. The exploration of hypobaric conditions will undoubtedly lead to new advancements and insights in both science and sports.

“hypobaric”一词指的是低于正常大气压力的条件。这种现象可以发生在高海拔地区，随着海拔的升高，空气压力会降低。理解hypobaric环境对航空、医学和运动科学等多个领域至关重要。例如，飞行员和登山者必须了解hypobaric条件对人体的影响。在高海拔地区，减少的空气压力可能导致氧气的可用性下降，从而引发高原反应。症状可能包括头痛、头晕，甚至如果不及时处理可能导致更严重的并发症。 在医学领域，研究人员常常研究hypobaric条件对人体生理的影响。研究人员探讨了这些低压环境如何影响血液循环、呼吸功能和整体健康。例如，在hypobaric舱内，患者可以接受模拟高海拔条件的治疗，这可能有助于训练运动员或康复某些呼吸问题的个体。 此外，hypobaric环境的研究还延伸到运动科学领域。运动员常常在hypobaric条件下进行训练，以提高他们的表现。通过模拟高海拔环境，他们可以改善耐力和氧气利用效率。这种训练在追求竞争优势的精英运动员中越来越受欢迎。 然而，必须谨慎对待hypobaric训练。运动员必须逐渐适应低压，以避免不良影响。教练和训练师应密切监测运动员在此类训练课程中的表现，以确保他们的安全和健康。 总之，hypobaric环境的概念在多个学科中发挥着重要作用。从理解对人体的生理影响到提高运动表现，hypobaric条件的影响深远。随着研究的不断发展，我们可以期待更多关于这些独特环境如何影响我们的健康和能力的发现。对hypobaric条件的探索无疑将导致科学和体育领域的新进展和见解。