hypothermal

简明释义

英[/haɪpəˈθɜrməl/]美[/haɪpəˈθɜrməl/]

adj. 温热的；不冷不热的

英英释义

单词用法

同义词

反义词

例句

1.The experiments indicated that hypothermal activity of Jierejing oral liquid was observed in experimental animals with fever caused by yeast and a vaccine combination of typhoid, paratyphoid A and B.

解热静口服液对伤寒副伤寒、甲乙三联菌苗及酵母菌所致动物发热有较好的解热作用；可显著对抗二甲苯及蛋清引起的动物炎症反应；

2.The experiments indicated that hypothermal activity of Jierejing oral liquid was observed in experimental animals with fever caused by yeast and a vaccine combination of typhoid, paratyphoid A and B.

解热静口服液对伤寒副伤寒、甲乙三联菌苗及酵母菌所致动物发热有较好的解热作用；可显著对抗二甲苯及蛋清引起的动物炎症反应；

3.The author believed that early treatment of low hypothermal artificial hibernation could provide remarkable protective effect for brainstem functions of patients with primary brainstem injury.

作者认为，早期浅低温冬眠治疗对原发性脑子损伤的脑干功能有显著的保护作用。

4.Clinical Study on prevention of the postoperative gastrointestinal tumors from intraperitoneal relapse by intraperitoneal chemotherapy through hypothermal hypotonic perfusion.

胃肠肿瘤术后低渗热灌注腹腔化疗预防腹腔复发的临床疗效。

5.Conclusion the intravenous drip of hypothermal liquid is effective and safe for the patients of burn and high fever. It is the preferred cooling method for these patients.

结论静脉滴注低温液体对烧伤高热患者有效、安全，是烧伤高热首选的降温方法。

6.Objective To explore the cooling effects of intravenous drip of hypothermal liquid on the patients with burn and high fever.

目的探讨静脉滴注低温液体对烧伤高热患者的降温效果。

7.The researchers discovered a new species of fish thriving in the hypothermal 低温热液的 vents.

研究人员发现了一种新鱼类在低温热液的喷口中繁衍生息。

8.In the study of hypothermal 低温热液的 ecosystems, scientists are focusing on microbial life.

在对低温热液的生态系统的研究中，科学家们专注于微生物生命。

9.The hypothermal 低温热液的 environment provides unique conditions for certain extremophiles.

该低温热液的环境为某些极端嗜好者提供了独特的条件。

10.Geologists are studying the hypothermal 低温热液的 formations to understand volcanic activity.

地质学家正在研究低温热液的构造，以了解火山活动。

11.The hypothermal 低温热液的 waters are rich in minerals that can be harvested.

这些低温热液的水域富含可开采的矿物质。

作文

In the study of geology and environmental science, the term hypothermal refers to conditions or environments that are characterized by lower than normal temperatures, particularly in relation to hydrothermal systems. These systems are often found in volcanic regions where heat from the Earth’s interior interacts with groundwater. Understanding hypothermal environments is crucial for several reasons, including their role in mineral formation, ecosystem dynamics, and geothermal energy potential. Firstly, hypothermal systems can be rich in minerals. As water seeps into the ground, it can dissolve various minerals from rocks. When this water is heated, it can transport these dissolved minerals to the surface, leading to the formation of valuable deposits. For instance, many metal ores are found in areas that were once hypothermal, where the cooler temperatures allowed for the precipitation of minerals from the cooling fluids. This geological process has significant implications for mining and resource extraction. Secondly, hypothermal environments also play a vital role in supporting unique ecosystems. The temperature and chemical composition of the water in these areas can create habitats for specialized organisms that thrive in such conditions. For example, certain species of bacteria and archaea have adapted to live in hypothermal waters, utilizing the minerals and nutrients present in the environment. These extremophiles not only contribute to biodiversity but also offer insights into early life on Earth and the potential for life on other planets. Moreover, hypothermal systems can influence local climate and weather patterns. By regulating the temperature of groundwater, they can affect the hydrological cycle in the region. For instance, areas with significant hypothermal activity may experience altered precipitation patterns due to changes in evaporation rates. This can have downstream effects on agriculture, water supply, and even local economies. From an energy perspective, hypothermal systems are of great interest for geothermal energy production. While most geothermal energy projects focus on high-temperature environments, hypothermal systems can also provide a sustainable energy source. By harnessing the relatively cooler temperatures of these systems, we can develop innovative technologies that utilize the thermal energy stored in the Earth. This approach could lead to more efficient energy production methods, reducing our reliance on fossil fuels and contributing to a more sustainable future. In conclusion, the concept of hypothermal environments encompasses a variety of scientific, ecological, and economic aspects. From mineral deposition and unique ecosystems to climate influence and energy potential, understanding these systems is essential for advancing our knowledge of Earth’s processes and developing sustainable practices. As research continues to evolve, the significance of hypothermal environments will likely grow, highlighting the importance of studying these unique geological features and their impact on our planet.

在地质学和环境科学的研究中，术语hypothermal指的是特征低于正常温度的条件或环境，特别是与热水系统相关的环境。这些系统通常出现在火山地区，地球内部的热量与地下水相互作用。理解hypothermal环境至关重要，原因有几个，包括它们在矿物形成、生态系统动态和地热能潜力中的作用。 首先，hypothermal系统可能富含矿物。当水渗入地下时，它可以从岩石中溶解各种矿物。当这些水被加热时，可以将溶解的矿物运输到地表，从而导致有价值的矿床的形成。例如，许多金属矿石都发现于曾经是hypothermal的地区，在这些地区，较低的温度允许矿物从冷却流体中沉淀。这一地质过程对采矿和资源提取具有重要意义。 其次，hypothermal环境也在支持独特生态系统方面发挥着重要作用。这些地区水的温度和化学成分可以为在这种条件下生存的特殊生物创造栖息地。例如，某些细菌和古菌物种已适应生活在hypothermal水域，利用环境中存在的矿物和营养物质。这些极端微生物不仅有助于生物多样性，还提供了关于地球早期生命和其他行星上生命潜力的见解。 此外，hypothermal系统还可以影响当地气候和天气模式。通过调节地下水的温度，它们可以影响该地区的水文循环。例如，具有显著hypothermal活动的地区可能由于蒸发率的变化而经历降水模式的改变。这可能对农业、水供应甚至地方经济产生下游影响。 从能源的角度来看，hypothermal系统对于地热能生产具有极大的兴趣。虽然大多数地热能项目集中在高温环境上，但hypothermal系统也可以提供可持续的能源来源。通过利用这些系统相对较凉的温度，我们可以开发创新技术，利用储存在地球中的热能。这种方法可能导致更高效的能源生产方式，减少我们对化石燃料的依赖，并为更可持续的未来做出贡献。 总之，hypothermal环境的概念涵盖了多种科学、生态和经济方面。从矿物沉积和独特生态系统到气候影响和能源潜力，理解这些系统对于推进我们对地球过程的认识和发展可持续实践至关重要。随着研究的不断发展，hypothermal环境的重要性可能会增加，突显出研究这些独特地质特征及其对我们星球影响的重要性。