atomizing
简明释义
v. 使分裂成原子，使粉碎；使分裂，使分化（atomize 的现在分词）
英英释义
单词用法
雾化喷雾 | |
雾化过程 | |
雾化技术 | |
雾化液体 | |
雾化装置 | |
雾化喷嘴 |
同义词
反义词
例句
1.Particle diameter is an important index for atomizing performance. In order to improve atomizing effect, a new internal mixing air-liquid atomizer has been tested.
雾滴粒径是衡量喷嘴雾化性能的一个重要指标，为了提高喷嘴的雾化效果，对一种新型的内混式气液雾化喷嘴进行了测试。
2.Objective: to analyze the effect of budesonide treating acute laryngitis and bronchitis in children by atomizing inhalation.
目的：探讨布地奈德混悬液雾化吸入治疗急性喉炎、喉气管支气管炎的疗效。
3.Conclusion: It was effective that the therapy of acute respiratory infection by atomizing inhalation of Virazole in children.
结论：病毒唑雾化吸入治疗儿童急性呼吸道感染疗效显著。
4.The structure and atomizing mechanism as well as the performance feature and application of OPTIMIX high-efficiency atomizing nozzle were introduced.
介绍Optimix高效雾化喷嘴结构、雾化原理、性能特点及工业应用结果。
5.Experimental research on atomizing properties of spinning air atomizing spray nozzle of crude oil burner.
气动旋流雾化原油喷嘴雾化特性的实验研究。
6.The results of diesel spray experiment show the entrainment phenomenon between surrounding gas and diesel spray, and the vortexes appear in parts of the atomizing area.
利用该系统所进行的柴油喷雾实验表明，喷雾与空气相互作用产生卷吸现象，在局部雾化区域形成涡流。
7.The atomizing rate changed slightly with the sample volume decreasing, and increased with atomizing power and the flow rate of carrier gas.
在一定加液量范围内，加液量的变化对雾化速率影响不大，雾化速率随载气流量和雾化功率的增大而增大；
8.Objective To evaluate the effect of chemotherapy combined with 5-fluorouracil(5-FU) via ultrasonic atomizing inhalation for advanced lung cancer.
目的评价全身化疗联合超声雾化吸入5 -氟脲嘧啶在治疗晚期肺癌中的价值。
9.The scientist is focused on atomizing 原子化 the compounds to study their individual properties.
科学家专注于原子化这些化合物，以研究它们的个体特性。
10.The process of atomizing 原子化 fuel enhances combustion efficiency in engines.
燃料的原子化过程提高了发动机的燃烧效率。
11.By atomizing 原子化 the data, we can identify trends more easily.
通过原子化数据，我们可以更容易地识别趋势。
12.The artist is atomizing 原子化 colors to create a more vibrant palette.
艺术家正在原子化颜色，以创造出更生动的调色板。
13.In modern manufacturing, atomizing 原子化 materials helps improve the quality of products.
在现代制造中，原子化材料有助于提高产品质量。
作文
In the realm of science and technology, the term atomizing refers to the process of breaking down a substance into very fine particles or droplets. This concept is crucial in various fields, including chemistry, physics, and engineering. For instance, in the context of fuel combustion, atomizing fuel allows for better mixing with air, leading to more efficient combustion and reduced emissions. The ability to create tiny fuel droplets increases the surface area available for reaction, thus optimizing the energy output of engines. Beyond its application in fuel technology, the idea of atomizing can also be applied metaphorically in other areas of life. For example, when tackling a large project, one might consider atomizing the tasks involved into smaller, more manageable parts. This approach not only makes the project less daunting but also allows for a clearer focus on each individual task. By breaking down the project into smaller components, one can allocate resources more effectively, monitor progress more easily, and ultimately achieve the desired outcome with greater efficiency.In education, the concept of atomizing can be seen in the practice of breaking down complex subjects into simpler concepts. Teachers often use this method to help students grasp difficult material by presenting it in bite-sized pieces. For instance, when teaching mathematics, an instructor might start with basic arithmetic before gradually introducing more complex topics such as algebra or calculus. This step-by-step approach can help students build a solid foundation of understanding before moving on to more challenging material.Moreover, in the world of digital content creation, atomizing information is becoming increasingly important. Content creators often break down lengthy articles or videos into shorter segments to cater to audiences that prefer quick, digestible information. This strategy not only enhances engagement but also ensures that the key messages are communicated effectively without overwhelming the audience.The significance of atomizing extends to personal productivity as well. Individuals often find themselves overwhelmed by their daily responsibilities. By atomizing their tasks into smaller, actionable steps, they can create a more structured approach to managing their time. For example, instead of setting a vague goal like 'clean the house,' one could atomize this task into specific actions such as 'vacuum the living room,' 'wipe down the kitchen counters,' and 'organize the bedroom.' This not only makes the overall task feel less intimidating but also provides a clear path to accomplishment.In conclusion, whether in scientific applications or everyday life, the process of atomizing plays a vital role in enhancing efficiency and clarity. By breaking down complex substances, projects, educational materials, or tasks into smaller, more manageable units, we can improve our understanding, productivity, and effectiveness. The power of atomizing lies in its ability to simplify the intricate, making it a valuable technique in various aspects of our lives.
在科学和技术领域，术语atomizing指的是将物质分解为非常细小的颗粒或液滴的过程。这个概念在化学、物理和工程等多个领域中至关重要。例如，在燃料燃烧的背景下，atomizing燃料可以更好地与空气混合，从而提高燃烧效率并减少排放。创造微小燃料液滴的能力增加了反应所需的表面积，从而优化发动机的能量输出。除了在燃料技术中的应用，atomizing的想法也可以在生活的其他领域中比喻性地应用。例如，当处理一个大型项目时，人们可能会考虑将涉及的任务进行atomizing，分解为更小、更易管理的部分。这种方法不仅使项目看起来不那么令人生畏，还允许对每个单独任务进行更清晰的关注。通过将项目分解为较小的组成部分，可以更有效地分配资源，更轻松地监控进展，并最终以更高的效率实现预期结果。在教育中，atomizing的概念可以在将复杂学科分解为简单概念的实践中看到。教师经常使用这种方法来帮助学生掌握困难的材料，通过以小块呈现内容。例如，在教授数学时，讲师可能会从基本的算术开始，然后逐渐引入更复杂的主题，如代数或微积分。这种循序渐进的方法可以帮助学生在学习更具挑战性的材料之前建立坚实的理解基础。此外，在数字内容创作的世界中，atomizing信息变得越来越重要。内容创作者通常将冗长的文章或视频分解为更短的片段，以迎合那些喜欢快速、可消化信息的观众。这种策略不仅增强了参与度，还确保关键信息得到有效传达，而不会让观众感到不知所措。atomizing的重要性还延伸到个人生产力方面。个人往往会因日常责任而感到不堪重负。通过将任务进行atomizing，分解为更小的可操作步骤，他们可以创建一种更有结构的方法来管理时间。例如，与其设定一个模糊的目标，如“打扫房子”，不如将这项任务atomizing为具体的行动，如“吸尘客厅”、“擦拭厨房台面”和“整理卧室”。这不仅使整体任务感觉不那么令人生畏，而且还提供了一条明确的完成路径。总之，无论是在科学应用还是日常生活中，atomizing的过程在提高效率和清晰度方面发挥着重要作用。通过将复杂的物质、项目、教育材料或任务分解为更小、更易管理的单元，我们可以改善理解、生产力和有效性。atomizing的力量在于它能够简化复杂，使其成为我们生活各个方面的宝贵技术。
