sols
简明释义
n. 溶胶(sol 的复数);安全钳开关
n. (Sols)人名;(西)索尔斯
英英释义
单词用法
硅溶胶 |
同义词
溶液 | 实验室为实验准备了几种不同的溶液。 | ||
溶剂 | 在化学中,溶剂用于溶解溶质。 | ||
悬浮液 | 悬浮液可能不稳定,可能需要搅拌。 |
反义词
月球的 | The lunar landscape is vastly different from the solar environment. | 月球的景观与太阳环境大相径庭。 | |
夜晚 | The night sky is filled with stars, contrasting with the bright sun during the day. | 夜空中布满星星,与白天明亮的太阳形成对比。 |
例句
1.Because of the unique structure and property of hydrophobic sols, they play an irreplaceable role in many fields.
在很多方面有着应用,憎液溶胶由于其特殊的结构、性质,使得它在生产、生活的方面有着不可替代的作用。
2.The influences of hydrophobic group content on the stability of the silica sols and the surface wettability and vapour stability of the silica membranes were investigated.
研究了憎水基团的添加量对溶胶体系的稳定性和对二氧化硅膜润湿性以及水汽稳定性的影响。
3.The mechanisms of stability of the sols and film formations were discussed. The evolutions of the structure of films after heat treatment are discussed by means of TG DTA and IR analysis.
并讨论了溶胶稳定和成膜的机理,通过TG- DTA和IR分析探讨了固体薄膜在热处理过程中的结构变化。
4.All the manufacture methods of the silica sols including special applications were introduced.
介绍了硅溶胶的各种制备方法及几种特殊用途的硅溶胶的制备。
5.Blue shifts of absorption edges of the nanocrystallines were observed in both the ultra-filtrated acidic and alkaline sols.
对其光吸收谱测量发现,超细过滤后酸性和碱性溶胶溶液中晶粒的带边光吸收能量均有明显蓝移。
6.It is often very difficult to dope inorganic salts into the complex organic sols because of the incompatibility between the organic solvents and inorganic salts.
在有机体系溶胶中掺杂无机盐通常十分困难,原因在于有机溶剂和无机盐之间的不相容性。
7.The influence of the components of sols on formation and stability of films was investigated.
研究了溶胶组分对溶胶稳定性和成膜性的影响。
8.The mechanisms of stability of the sols and film formations were discussed. The evolutions of the structure of films after heat treatment are discussed by means of TG DTA and IR analysis.
并讨论了溶胶稳定和成膜的机理,通过TG- DTA和IR分析探讨了固体薄膜在热处理过程中的结构变化。
9.The purification of silica sols was accelerated after acidification, and the influence of ammonia on chemical stability of silica particles was eliminated.
对二氧化硅溶胶进行酸处理后再提纯,可以大大加速提纯过程并消除氨水对二氧化硅粒子化学稳定性的影响。
10.The environmentalists reported that the sols 土壤 quality has deteriorated due to industrial pollution.
环保人士报告称,由于工业污染,sols 土壤质量已经恶化。
11.During the experiment, the team found that the sols 土壤 retained water more efficiently than previously thought.
在实验过程中,团队发现sols 土壤的水分保持能力比之前想象的要高得多。
12.The scientists analyzed the soil samples from Mars, which revealed the presence of various minerals and organic compounds in the sols 土壤 they collected.
科学家分析了来自火星的土壤样本,发现他们收集的sols 土壤中存在多种矿物质和有机化合物。
13.The researchers conducted a detailed study on the sols 土壤 composition to understand its impact on plant growth.
研究人员对sols 土壤成分进行了详细研究,以了解其对植物生长的影响。
14.Farmers often test the sols 土壤 in their fields to determine the right nutrients needed for crops.
农民经常测试他们田地里的sols 土壤,以确定作物所需的正确营养。
作文
In the study of planetary science, the term sols refers to the solar days on Mars. A sol is slightly longer than an Earth day, lasting approximately 24 hours and 39 minutes. This difference may seem trivial, but it has significant implications for scientists and researchers working on Mars missions. Understanding the concept of sols is crucial for planning activities and experiments on the Martian surface. For instance, when NASA's Perseverance rover landed on Mars, mission planners had to account for the timing of operations based on sols, ensuring that the rover's activities aligned with optimal sunlight conditions for solar power generation.The importance of sols extends beyond just timekeeping; it affects how we interpret data collected from Mars. Each sol provides a unique opportunity to observe the planet's weather patterns, geological features, and potential signs of past life. As researchers analyze images and data sent back to Earth, they must correlate their findings with specific sols, which can help establish timelines for events and changes observed on the Martian surface.Moreover, the concept of sols is not only relevant in scientific research but also in the context of human exploration of Mars. Future missions may involve astronauts living and working on the planet for extended periods. These explorers will need to adapt to the Martian day-night cycle, which means that their schedules will be dictated by sols. This adaptation will affect everything from sleep patterns to work shifts, emphasizing the need to understand and effectively use the term sols in planning and executing missions.In addition to its scientific significance, the word sols can also inspire curiosity and fascination about the universe. As we continue to explore Mars and other celestial bodies, understanding sols becomes a gateway to deeper knowledge about our solar system. It encourages us to think about the differences between planets and how those differences impact potential life forms and habitability.In conclusion, the term sols serves as a reminder of the complexities involved in space exploration. It highlights the need for precision in scientific communication and the importance of adapting to new environments. As we look to the future of Mars exploration, the understanding of sols will play a pivotal role in our endeavors, allowing us to unlock the mysteries of the Red Planet and perhaps even pave the way for human colonization. The study of sols is more than just a technicality; it is a crucial aspect of our journey into the cosmos, bridging the gap between Earth and Mars as we strive to expand our horizons and explore the final frontier.
在行星科学的研究中,术语sols指的是火星上的太阳日。一个sol的时间稍长于地球的一天,大约持续24小时39分钟。这种差异看似微不足道,但对那些在火星任务上工作的科学家和研究人员有着重要的影响。理解sols的概念对于规划火星表面的活动和实验至关重要。例如,当NASA的“毅力号”探测器在火星着陆时,任务规划者必须根据sols来考虑操作的时机,确保探测器的活动与最佳的阳光条件相一致,以便进行太阳能发电。sols的重要性不仅仅体现在时间的计算上;它还影响着我们如何解读从火星收集的数据。每个sol都提供了一个独特的机会来观察行星的天气模式、地质特征以及过去生命的潜在迹象。当研究人员分析发送回地球的图像和数据时,他们必须将其发现与特定的sols相关联,这有助于建立观察到的事件和变化的时间线。此外,sols的概念不仅在科学研究中相关,也在未来人类探索火星的背景下显得尤为重要。未来的任务可能涉及宇航员在火星上生活和工作很长一段时间。这些探索者需要适应火星的日夜循环,这意味着他们的日程将由sols决定。这种适应将影响从睡眠模式到工作班次的一切,强调了在规划和执行任务中理解和有效利用sols这一术语的必要性。除了科学意义外,词汇sols也能激发人们对宇宙的好奇心和兴趣。随着我们继续探索火星和其他天体,理解sols成为深入了解我们太阳系的一个重要途径。它促使我们思考行星之间的差异,以及这些差异如何影响潜在的生命形式和宜居性。总之,术语sols提醒我们太空探索中所涉及的复杂性。它突出了科学交流中精确性的必要性,以及适应新环境的重要性。展望火星探索的未来,理解sols将在我们的努力中发挥关键作用,使我们能够揭开红色星球的奥秘,并为人类的殖民铺平道路。对sols的研究不仅仅是一个技术细节;它是我们踏上宇宙旅程的关键方面,架起了地球与火星之间的桥梁,推动我们扩展视野,探索最终的边界。