replicator

简明释义

英[ˈreplɪkeɪtə(r)]美[ˈreplɪkeɪtər]

n. 复制器；复制基因

英英释义

单词用法

同义词

反义词

例句

1.Cluster testing with 500 "users" and one cluster replicator running on each cluster member indicates the following.

集群测试使用500个用户，每个集群成员运行一个集群复制器。

2.This capability is similar to the support in the (standard) Domino replicator for running multiple replicator tasks.

这种功能类似于标准Dominoreplicator，它也运行多个replicator任务。

3.A living creature, once just a vehicle of the first replicator, was now the copying machinery for the next.

曾经不过是第一复制因子的运输工具的一种生物，现在变成了第二因子的复印机。

4.A replicator must exist long enough to be able to get copied, and transfer its information.

复制因子必须存在足够久，才能被复制并传递信息。

5.The Replicator ensures that the data is persisted in all the replicated nodes as a single distributed transaction.

Replicator保证数据会作为一个分布式事务持久化到所有复制节点中。

6.However, multiple replicator tasks may add load to the server's CPU and disk.

然而，多个replicator任务可能给服务器的CPU和磁盘增加负载。

7.This setting indicates if you can start the replicator.

此设置指示是否可以启动复制器。

8.To be a successful replicator, there are three key characteristics: longevity, fecundity and fidelity.

要成为一个成功的复制因子，有三个关键特征：寿命、繁殖能力和准确度。

9.What do I mean by "third replicator"?

“第三复制因子”是什么意思呢？

10.The concept of a replicator has been popularized by science fiction.

复制器的概念在科幻作品中得到了广泛传播。

11.The replicator technology is revolutionizing manufacturing processes.

复制器技术正在彻底改变制造过程。

12.The scientist developed a new replicator to clone cells for research purposes.

科学家开发了一种新的复制器来克隆细胞用于研究。

13.In the future, a replicator could produce food and materials on demand.

在未来，复制器可以按需生产食物和材料。

14.Using a replicator, we can create spare parts for machines instantly.

使用复制器，我们可以瞬间制造机器的备件。

作文

In the realm of science and technology, the term replicator refers to a device or system capable of producing copies of objects or materials. This concept has been popularized in various forms of media, particularly in science fiction, where it is often depicted as a miraculous machine that can create food, clothing, and even complex machinery out of raw materials. The idea of a replicator is not just a fantasy; it represents the aspirations of modern science to achieve efficient production methods and resource management.One of the most significant implications of a replicator is its potential impact on manufacturing and supply chains. Imagine a world where products can be created on demand, eliminating the need for large inventories and reducing waste. This would revolutionize industries such as textiles, electronics, and even construction. With a replicator, manufacturers could respond to consumer demands more swiftly, creating customized products tailored to individual preferences. This shift towards personalization could enhance customer satisfaction and foster innovation.Moreover, the environmental benefits of a replicator cannot be overlooked. Traditional manufacturing processes often involve significant energy consumption and resource depletion. By utilizing advanced technologies such as 3D printing, which embodies some principles of a replicator, we can minimize our carbon footprint and utilize materials more efficiently. For instance, instead of cutting down trees to produce paper, a replicator could theoretically create paper from recycled materials, significantly reducing the strain on natural resources.However, the concept of a replicator also raises ethical and economic questions. If anyone could create whatever they wanted at little to no cost, how would this affect the economy? Would traditional jobs in manufacturing become obsolete? These are critical considerations that society must address as we move closer to realizing technologies that resemble the functionalities of a replicator. The balance between innovation and employment needs careful navigation to avoid economic disparities.Additionally, there are concerns regarding the misuse of replicators. In a world where anything can be replicated, the potential for creating dangerous items, such as weapons or harmful substances, increases. Regulating the use of such technology will be paramount to ensure public safety and prevent abuse. As we advance towards the development of true replicators, establishing guidelines and ethical standards will be essential to harness their benefits while mitigating risks.In conclusion, the notion of a replicator encapsulates both the promise and challenges of future technological advancements. It symbolizes a leap towards sustainability, efficiency, and customization in production. However, it also necessitates a thoughtful approach to ethics, economics, and safety. As we stand on the brink of potentially revolutionary technologies, embracing the concept of a replicator requires a collective effort to ensure that its implementation benefits society as a whole, paving the way for a more innovative and sustainable future.

在科学和技术领域，术语replicator指的是一种能够复制物体或材料的设备或系统。这个概念在各种媒体中被广泛传播，特别是在科幻作品中，它常常被描绘成一种奇迹机器，可以用原材料制造食物、衣服甚至复杂的机械。replicator的想法不仅仅是幻想；它代表了现代科学实现高效生产方法和资源管理的愿望。replicator的一个重要含义是其对制造业和供应链的潜在影响。想象一下一个产品可以按需创建的世界，这样就不再需要大规模库存，从而减少浪费。这将彻底改变纺织、电子甚至建筑等行业。通过replicator，制造商可以更迅速地响应消费者需求，创造量身定制的个性化产品。这种向个性化转变可能会提高客户满意度并促进创新。此外，replicator的环境效益也不容忽视。传统制造过程通常涉及大量的能源消耗和资源枯竭。通过利用先进的技术，如3D打印，这些技术体现了一些replicator的原则，我们可以最小化碳足迹，更有效地利用材料。例如，与其砍伐树木生产纸张，不如理论上用回收材料创建纸张，这将显著减轻对自然资源的压力。然而，replicator的概念也引发了伦理和经济问题。如果任何人都可以以极低的成本创造他们想要的东西，这将如何影响经济？传统制造业的工作会不会变得过时？这些都是社会在接近实现类似replicator功能的技术时必须面对的关键考虑因素。创新与就业之间的平衡需要谨慎导航，以避免经济差距。此外，人们对replicator的滥用表示担忧。在一个任何东西都可以被复制的世界里，创造危险物品（如武器或有害物质）的潜力增加。对这种技术的使用进行监管将是确保公共安全和防止滥用的关键。随着我们向真正的replicator发展，建立指导方针和伦理标准对于利用其好处、降低风险至关重要。总之，replicator的概念概括了未来技术进步的承诺与挑战。它象征着生产中的可持续性、高效性和个性化的飞跃。然而，它也需要对伦理、经济和安全进行深思熟虑的处理。当我们站在潜在革命性技术的边缘时，接受replicator的概念需要集体努力，以确保其实施能使整个社会受益，为更具创新性和可持续的未来铺平道路。