gyratory

简明释义

英[ˌdʒaɪˈreɪtəri;ˈdʒaɪrətri]美[ˈdʒaɪrətɔːri]

adj. 旋转的；回旋的

英英释义

单词用法

同义词

反义词

例句

1.The test experiment shows that there are good relationship between road performance and gyratory testing machine design index, so, GTM has much value to popularize.

试验证明，沥青路面的表现与GTM的设计指标存在良好的相关性，因此GTM具有很好的推广价值。

2.To the modern mineral processing engineer crushing of ores takes place in large jaw or gyratory crushers that can handle thousands of tons per hour.

对现代的矿物加工技术人员来说，破碎是在大型鄂式破碎机及旋回破碎机中进行的，每小时可以处理数千吨矿石。

3.When angular contact thrust ball bearings operate at high speeds, the centrifugal forces and gyratory moments acting on the balls may cause them to slide on the raceways.

角接触推力球轴承在高速运转时，作用在球上的离心力和旋转力矩可能会导致钢球在滚道内滑动。

4.From the point of volumetric design, the SUPERPAVE gyratory compactor (SGC) densification curves are used to evaluate the variation of volumetric properties of HMA during densification process.

从体积设计的角度，分析沥青混合料的旋转压实(SGC)曲线，研究在压实过程中沥青混合料体积参数的变化特征。

5.When in work, the outer labyrinth cycle rotates together with a gyratory part, and the inner labyrinth cycle is fixed with a shell and stays in a static state.

工作时，外迷宫圈跟随回转部分一起旋转，内迷宫圈与壳体部分固定，处于静止状态。

6.The Sweco GyraMax Gyratory Sifter can increase a plant's productivity in several ways.

我们生产的旋转过滤器可以从几个方面提高工厂的生产率。

7.In the force of forward currents, the blade rotates, and makes the gyratory shaker rotate by change gear, the gyratory shaker always keeps slight contact with the bottom of the sea;

在正向潮流作用下，叶片旋转，通过变向齿轮带动旋转搅沙器转动，旋转搅沙器与海底之间始终保持轻微接触的状态；

8.Engineers' gyratory testing machine (GTM) of U. s Corps was invented to solve questions which happened on flexible pavement, once used by the biggest and the most heavy bomber.

美国工程兵旋转压实剪切实验机(gtm)是美国空军为解决最大最重的轰炸机柔性跑道容易出现问题而专门研究发明的。

9.From the point of volumetric design, the SUPERPAVE gyratory compactor (SGC) densification curves are used to evaluate the variation of volumetric properties of HMA during densification process.

从体积设计的角度，分析沥青混合料的旋转压实(SGC)曲线，研究在压实过程中沥青混合料体积参数的变化特征。

10.The city decided to build a new gyratory 旋转交叉口 to improve traffic flow.

市政府决定建设一个新的gyratory 旋转交叉口以改善交通流量。

11.Navigating through the gyratory 旋转交叉口 can be challenging for new drivers.

对于新司机来说，穿过这个gyratory 旋转交叉口可能是个挑战。

12.The gyratory 旋转交叉口 was designed to reduce accidents at busy intersections.

这个gyratory 旋转交叉口的设计旨在减少繁忙交叉口的事故。

13.Traffic signs around the gyratory 旋转交叉口 help guide vehicles safely.

围绕gyratory 旋转交叉口的交通标志帮助车辆安全通行。

14.The construction of the gyratory 旋转交叉口 took longer than expected due to weather delays.

由于天气延误，gyratory 旋转交叉口的建设比预期花费了更长的时间。

作文

In the bustling city of Metropolis, the streets are alive with the sounds of honking horns and the chatter of pedestrians. Among the many features that define this urban landscape, the most notable is the impressive network of roads and intersections. One of the most intriguing designs found in Metropolis is the gyratory system, which has become an essential part of the city's traffic management. This innovative approach not only enhances the flow of vehicles but also contributes to the overall safety of the streets. A gyratory intersection is a circular junction where multiple roads converge. Unlike traditional intersections that rely on traffic signals to control the flow of vehicles, a gyratory allows cars to navigate through the roundabout without stopping, as long as they yield to the traffic already in the circle. This design minimizes delays and reduces the likelihood of accidents. In Metropolis, the implementation of gyratory systems has significantly improved traffic conditions, especially during peak hours when congestion is at its worst. The benefits of gyratory intersections extend beyond just traffic efficiency. They promote a more pedestrian-friendly environment by reducing the time pedestrians spend crossing the street. With shorter crossing distances and slower vehicle speeds, pedestrians feel safer and are more likely to use these crossings. As a result, the city has seen an increase in foot traffic, benefiting local businesses and fostering a vibrant community atmosphere. Moreover, gyratory systems have been shown to decrease the severity of accidents. Studies indicate that roundabouts tend to reduce high-speed collisions, which are often the most dangerous type of accident. Instead of head-on or T-bone collisions, the circular design of gyratory intersections encourages vehicles to move at lower speeds, minimizing the impact of any potential crashes. Despite their advantages, the introduction of gyratory intersections has not been without challenges. Some drivers initially struggle to adapt to the new format, leading to confusion and hesitation. To address this issue, the city has implemented educational campaigns to inform residents about how to navigate gyratory systems effectively. These initiatives include signage, online resources, and community workshops aimed at improving driver confidence and understanding. As the city continues to grow, the demand for efficient traffic solutions will only increase. The success of gyratory intersections in Metropolis serves as a model for other cities facing similar challenges. By prioritizing innovative designs that enhance both traffic flow and safety, urban planners can create environments that cater to the needs of all road users. In conclusion, the gyratory system is more than just a traffic management tool; it represents a shift towards smarter urban planning. By embracing designs that foster safety, efficiency, and community engagement, cities like Metropolis can pave the way for a brighter, more sustainable future. As we continue to explore new methods of traffic management, the lessons learned from gyratory intersections will undoubtedly play a pivotal role in shaping the transportation landscape for generations to come.

在繁忙的城市大都会，街道上充满了喇叭声和行人的交谈声。在定义这个城市景观的众多特征中，最显著的是令人印象深刻的道路和交叉口网络。在大都会，最引人注目的设计之一是令人着迷的旋转交叉口系统，它已成为城市交通管理的重要组成部分。这种创新的方法不仅增强了车辆的流动性，还对街道的整体安全做出了贡献。 旋转交叉口是一个圆形交汇点，多个道路在此汇聚。与依赖交通信号来控制车辆流动的传统交叉口不同，旋转交叉口允许汽车在不停车的情况下通过环形交叉口，只要它们让行给已经在环内的交通即可。这种设计减少了延误，降低了事故发生的可能性。在大都会，旋转交叉口系统的实施显著改善了交通状况，尤其是在高峰时段，拥堵最为严重。 旋转交叉口的好处不仅限于交通效率。它们通过减少行人过马路的时间，促进了更友好的步行环境。由于过马路的距离更短，车辆速度较慢，行人感到更安全，更有可能使用这些过街通道。因此，城市的步行流量增加，惠及当地商家，营造出充满活力的社区氛围。 此外，旋转交叉口系统还被证明可以减少事故的严重性。研究表明，环形交叉口往往能降低高速碰撞的发生，这种碰撞通常是最危险的类型。与正面或T型碰撞不同，旋转交叉口的圆形设计鼓励车辆以较低的速度行驶，从而减少潜在碰撞的冲击。 尽管有其优点，但引入旋转交叉口交叉口并非没有挑战。一些司机最初难以适应这种新格式，导致困惑和犹豫。为了解决这个问题，城市实施了教育宣传活动，以告知居民如何有效地驾驭旋转交叉口系统。这些举措包括标志、在线资源和社区研讨会，旨在提高司机的信心和理解。 随着城市的不断发展，对高效交通解决方案的需求只会增加。旋转交叉口在大都会的成功为其他面临类似挑战的城市提供了一个榜样。通过优先考虑增强交通流动性和安全性的创新设计，城市规划者可以创造满足所有道路使用者需求的环境。 总之，旋转交叉口系统不仅仅是一种交通管理工具；它代表了更智能城市规划的转变。通过拥抱促进安全、效率和社区参与的设计，大都会等城市可以为更加光明、可持续的未来铺平道路。当我们继续探索新的交通管理方法时，从旋转交叉口交叉口中获得的经验教训无疑将在塑造未来几代人的交通格局中发挥关键作用。