disintegrator

简明释义

英[dɪsˈɪntɪɡreɪtə(r)]美[dɪsˈɪntəˌɡreɪtər]

n. 粉碎机；分解者

英英释义

单词用法

同义词

反义词

例句

1.To understand why the Disintegrator segment is far better than any of the others, we first must understand the best environment for the Mechapede.

哈哈…）。为了说明为什么粉碎者肢节要比其他肢节有效得多，我们首先要知道什么是最适合使用机械蜈蚣的环境。

2.The preparation method is to dry and cool the filler, blend the ingredients, mill and uniformly mix the ingredients by omnipotent disintegrator, package the qualified mixture after sampling analysis.

其制备方法是，将填充剂干燥、冷却，然后将配方料混配，经万能粉碎机磨细、混合均匀，经取样分析，合格后进行包装。

3.The mixture is mechanically treated in a disintegrator 18 to homogenise and finely divide the mixture.

在一分解机18中机械地处理该混合物，使之均匀，并且精细地将该混合物分离。

4.PC Standard Plastic Disintegrator is mainly suitable for comminution of plastic reclaiming material of plastic trade.

PC标准型塑料粉碎机主要用于塑料行业的塑料回收料的粉碎。

5.According to the experiment of minitype hammer no-sieve disintegrator, we analyze the effect factor of machining granularity.

对小型锤片式无筛粉碎机进行粉碎试验，分析比较了影响加工粒度的因素。

6.Tablets disintegrator carboxymethyl starch (CMS) was prepared with hemi dry process.

采用半干法合成药片崩解剂羧甲基淀粉(CMS)。

7.Forage disintegrator is machinery widely used in the forage machine.

饲料粉碎机是饲料机械中应用最为广泛的一种机械。

8.The preparation method is to dry and cool the filler, blend the ingredients, mill and uniformly mix the ingredients by omnipotent disintegrator, package the qualified mixture after sampling analysis.

其制备方法是，将填充剂干燥、冷却，然后将配方料混配，经万能粉碎机磨细、混合均匀，经取样分析，合格后进行包装。

9.In the lab, the disintegrator is essential for preparing samples for analysis.

在实验室中，分解器对于准备样品进行分析是必不可少的。

10.During the experiment, the disintegrator effectively separated the compounds.

在实验过程中，分解器有效地分离了化合物。

11.The scientist used a disintegrator to break down the complex molecules into simpler components.

科学家使用分解器将复杂的分子分解为更简单的成分。

12.The waste management facility employs a disintegrator to reduce the volume of hazardous materials.

废物管理设施使用分解器来减少危险材料的体积。

13.The new disintegrator technology promises to improve efficiency in recycling processes.

新型分解器技术有望提高回收过程的效率。

作文

In the realm of science and technology, the term disintegrator refers to a device or mechanism that breaks down materials into smaller, more manageable pieces. This concept can be applied in various fields, including physics, engineering, and even culinary arts. Understanding the function and importance of a disintegrator can provide insights into how we manipulate matter for practical applications.For instance, in the field of material science, a disintegrator is essential for recycling processes. When old products are discarded, they often contain valuable materials that can be repurposed. A disintegrator efficiently breaks down these products into raw materials, making it easier to extract metals, plastics, and other components. This not only conserves resources but also reduces waste, contributing to environmental sustainability.Moreover, in the culinary world, a disintegrator can refer to tools used to finely chop or puree ingredients. Blenders and food processors serve as modern-day disintegrators, allowing chefs to create smooth sauces, soups, and smoothies by breaking down solid foods into liquid forms. This process enhances flavors and improves textures, showcasing the versatility of disintegrators in everyday cooking.In the context of physics, the concept of disintegration takes on a more abstract meaning. It can describe the process by which particles break apart under certain conditions. For example, in nuclear physics, when an atom undergoes decay, it releases energy and particles, effectively acting as a natural disintegrator. This phenomenon is crucial for understanding atomic interactions and the fundamental forces of nature.The significance of disintegrators extends beyond their physical capabilities. They symbolize the broader theme of transformation and change. In life, we often encounter situations that require us to break down our problems into smaller, more manageable parts. Much like a disintegrator simplifies complex materials, we can tackle challenges by analyzing them piece by piece. This approach not only makes problem-solving more manageable but also empowers us to find innovative solutions.Furthermore, the idea of disintegration can be applied metaphorically to personal growth. Just as a disintegrator breaks down materials, individuals may need to dismantle old habits or beliefs that no longer serve them. This process of introspection and reevaluation can lead to profound transformations, allowing for new perspectives and opportunities to emerge. In this sense, disintegrators are not merely mechanical devices; they represent the potential for renewal and growth in our lives.In conclusion, the term disintegrator encompasses a range of meanings across different fields, from science and technology to personal development. Whether we are discussing the physical breakdown of materials or the metaphorical disintegration of old patterns, the underlying principle remains the same: transformation through reduction. By embracing the concept of disintegrators, we can better understand the processes that shape our world and ourselves, ultimately leading to innovation, sustainability, and personal evolution.

在科学和技术领域，术语disintegrator指的是一种将材料分解成更小、更易管理的部分的设备或机制。这个概念可以应用于多个领域，包括物理学、工程学，甚至烹饪艺术。理解disintegrator的功能和重要性，可以为我们提供如何操控物质以实现实际应用的见解。例如，在材料科学领域，disintegrator在回收过程中至关重要。当旧产品被丢弃时，它们通常包含可以再利用的有价值材料。disintegrator高效地将这些产品分解成原材料，使得提取金属、塑料和其他组件变得更加容易。这不仅节约了资源，还减少了废物，有助于环境可持续发展。此外，在烹饪世界中，disintegrator可以指用于细切或搅拌食材的工具。搅拌机和食品加工机作为现代disintegrator，使厨师能够通过将固体食物分解成液态形式来制作光滑的酱汁、汤和冰沙。这一过程增强了风味并改善了口感，展示了disintegrators在日常烹饪中的多样性。在物理学的背景下，disintegration的概念则更为抽象。它可以描述粒子在特定条件下分裂的过程。例如，在核物理学中，当一个原子发生衰变时，会释放出能量和粒子，实际上充当了自然的disintegrator。这一现象对于理解原子相互作用和自然基本力至关重要。disintegrators的重要性超出了其物理能力。它们象征着转变和变化的更广泛主题。在生活中，我们常常遇到需要将问题分解成更小、更易管理部分的情况。就像disintegrator简化复杂材料一样，我们可以通过逐步分析来应对挑战。这种方法不仅使问题解决变得更加可管理，而且还赋予我们寻找创新解决方案的能力。此外，解体的概念还可以隐喻性地应用于个人成长。正如disintegrator分解材料一样，个人可能需要拆解那些不再适合自己的旧习惯或信念。这个内省和重新评估的过程可以导致深刻的转变，使新的视角和机会得以出现。从这个意义上说，disintegrators不仅仅是机械装置；它们代表了我们生活中更新和成长的潜力。总之，术语disintegrator涵盖了不同领域的一系列含义，从科学和技术到个人发展。无论我们是在讨论材料的物理分解，还是旧模式的隐喻性解体，基本原则都是相同的：通过减少实现转变。通过接受disintegrators的概念，我们可以更好地理解塑造我们世界和自身的过程，最终导致创新、可持续性和个人演变。