这两种技术都 英语是什么意思 - 英语翻译

• both technologies
• both techniques

在 中文 中使用 这两种技术都 的示例及其翻译为 英语

这两种技术都会发射一个频率为2.4千兆赫的信号。
Both technologies emit a signal with a frequency of 2.4 gigahertz.

这两种技术都需要更强大的力量而不是体力。
Both techniques require greater power of the mind than physical strength.

这两种技术都同样在使用。
Both techniques equally apply.

这两种技术都需要比身体力量更大的心灵力量。
Both techniques require greater power of the mind than physical strength.

这两种技术都在试图绕过物理定律带来的限制。
Both techniques attempt to circumvent a limitation posed by the laws of physics.

这两种技术都存在挑战。
Both techniques have challenges.

这两种技术都比它们的前辈提供更快的连接速度，并支持更多的并发设备。
Both technologies offer faster connections than their predecessors along with the ability to support more concurrent devices.

这两种技术都有明确的优点和缺点，可以说明它们的用法。
Both techniques have clear strengths and weaknesses that inform their usage.

这两种技术都可以发挥各自所长，LTE无需再执行任何不正常的操作。
Both technologies are allowed to do what they do best, and LTE no longer needs to perform any unnatural acts.

这两种技术都被认为是绿色技术，因为它们比其它竞争性的技术需要更少的溶剂。
Both techniques are considered a green technology due to the fact that they require much less solvent than competing techniques..

虽然这两种技术都以WirelessSensorNetworks(WSN)为前提，但Z-wave比较专注智能家居的应用;
Although both technologies are based on Wireless Sensor Networks(WSN) as a precondition, Z-wave focuses more on smart home applications;

这两种技术都有各自的优点和缺点，这些优点和缺点使得一种或另一种更适合于业务需求。
Both technologies have their own advantages and disadvantages, which may make one or the other more suitable for your business' needs.

虽然这两种技术都能使我得到想要的海拔，但是摄影体验却非常不同。
While both techniques get me the elevation I want, the photographic experience is very, very different.

这两种技术都可以轻松实现自动化并且非常精确（与HPLC相同）。
Both techniques can be easily automated and are very precise(as precise as HPLC).

预计这两种技术都可以通过5G更快的数据传输提供更好的体验。
Both technologies are expected to deliver a better experience with 5G's faster data transmission.

由于这两种技术都难以检测，因此它们为攻击者提供了很好的选择，甚至对最优秀的检测团队也是一种挑战。
As both techniques are difficult to detect they make excellent choices for attackers and provide a challenge for even the best detection teams.

这两种技术都使得系统集成更容易，支持更大规模，更好的可靠性和应用程序的互操作性。
Both technologies make system stem integration much easier, supporting larger scale, better reliability, and application interoperability.

这两种技术都有很大的潜力，并需要智能多层存储来控制所需数据的成本。
Both technologies hold great potential, and will require intelligent multi-tiered storage to keep the costs of the required data in check.

这两种技术都可与方法、索引器、构造函数和委托一起使用。
Both techniques can be used with methods, indexers, constructors, and delegates.

由于这两种技术都依赖于相同的原理，所以对它们的缓解措施也是一样的。
Since both techniques rely on the same principle, the mitigation for them is also the same.

这两种技术都需要达到相同发展水平，才能像我们认为的那样完美地运作。
Both technologies need to achieve the same level of development to function as perfectly as we think they should.

这两种技术都在用户和设备之间使用数十亿的连接，并且完全互连。
Both technologies use billions of connections between users and devices and are totally interconnected.

由于这两种技术都以每年数十亿美元的回报承诺吸引着投资者，这一课题值得进行研究。
With both technologies luring investors with promises of billions in annual revenues, the subject merits some research.

这两种技术都有很大的潜力，并需要智能多层存储来控制所需数据的成本。
Both technologies hold great potential, and will require intelligent storage in order to keep the costs of the related data under control.

这两种技术都受益于电动化出行被广泛接受，规模越来越大，降低了电动传动系和其他部件的成本。
Both technologies benefit as electric mobility becomes widely accepted and growing scale reduces the costs of electric drivetrains and other components.

从技术核心上来看，这两种技术都围绕着数据的管理和交流，尽管它们专注于解决同一个谜题的不同部分。
At their core, both technologies are centered around managing and communicating data, though they solve different parts of the puzzle.

虽然据说这两种技术都具有前沿性和前瞻性，但两者之间似乎没有什么共同之处。
While both technologies are said to be cutting edge and futuristic, there seems to be little in common between the two.

这两种技术都有各自的优点和缺点，这些优点和缺点使得一种或另一种更适合于业务需求。
Both technologies have their own advantages and disadvantages, which make one or the other more suitable depending on a business' needs.

虽然这两种技术都以WirelessSensorNetworks（WSN）为前提，但Z-wave比较专注智能家庭的应用；.
Although both technologies are based on Wireless Sensor Networks(WSN) as a precondition, Z-wave focuses more on smart home applications;

这两种技术都受益于电动汽车的广泛接受，并且不断增加的规模降低了电动传动系统和其他部件的成本。
Both technologies benefit as electric mobility becomes widely accepted and growing scale reduces the costs of electric drivetrains and other components.