为此,研究出多种提高功率因数的方法,其中,有源功率因数校正技术(简称APFC)就是其中的一种有效方法,它是通过在电网和电源之间串联加入功率因数校正装置,目前最常用的为单相升压前置升压变换器原理,它由...
基于32个网页-相关网页
...dulation,QAM)、相位移键调变(Phase-shift keying,PSK)等调变技术,同时搭配向前错误校正技术(Forward Error Correction,FEC),减少信息重新传输所发生的延迟情况,能够因应在高速移动下信息传递的实时性。
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光学邻近校正技术(Optical Proximity Correction, OPC)是一种在目前的集成电路芯片生产过程中被广泛应用,同时必不可少的技术。
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先进的电池正逐步退出专业化市场,逐渐进入主流市场,这标志着电动车和屋顶太阳能推进器等前瞻性技术迎来了一个转折点。
Advanced batteries are moving out of specialized markets and creeping into the mainstream, signaling a tipping point for forward-looking technologies such as electric cars and rooftop solar propels.
在当今世界的许多地方,这仍然是正确的,但其他一些东西正变得越来越重要,如信息的交换,以及我们用于交换信息的技术。
In many parts of the world today this is still true, but something else is becoming more important—the exchange of information, and the technology that we use to do this.
卫星和电力公司正设法开发技术,使之能够禁得住太阳风暴释放产生的更高辐射负载。
Satellite and power companies are also trying to design technology that can better withstand the higher radiation loads unleashed by solar storms.
They have been working on improving their methods and they're trying to create divisions within their organizations that prevent the moral hazard from happening.
他们已经对技术进行改进,并且他们正尝试,在机构中划分部门,以便防范道德风险的发生
Internet industry was in a very difficult time at that time, at that period, and we gradually realized that this company cannot really survive if we stick with the backend technology providers thing.
当时互联网行业正处于困境,如果坚持做后台搜索技术提供商,这个公司将无法生存。
So first question: are we facing a period of disruptive technology?
所以第一个问题是:,我们正面临技术颠覆吗?
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