Examples of using Grids in English and their translations into Chinese
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Programming
Bradley Loves' Everything goes into the Grids.
(g) Triangular grids generation with restrictions;
You will also learn about building automation and smart grids.
Today, grids are the foundation of almost all web design.
In fact,designers in different fields have been using grids.
People also translate
Federal power grids, nuclear energy, fissionable materials;
(That's 1,000 times the power of all the world's grids.).
These grids are continuously updated, fine-tuned and analysed.
Now, look for columns or grids that have 2 of the same number.
Therefore our variables are matrices, which are grids of numbers.
(d) Smart grids(management of electricity generation and distribution).
Do you want to know more about our Smart Grids solutions?
Zen Grids: Zen is a responsive grid system with Sass as its background.
In terms of details be aware of things such as grids and alignment.
Euro Mec produces grids that are able to retain solids with dimensions larger than 100 microns.
Industries can run their own application grids on this basis.
Some characteristics of smart grids have created opposition from industries that are hoping to or presently already deliver similar services.
Ultimately, energy suppliers can convert grids to run on pure hydrogen.”.
To support connected grids,“smart” robots and other machines, next-generation networks will need to be faster and have even greater capacity.
ABB signs potential $1.9 billion deal for Power Grids products in China.
Power grids, GPS navigation, air travel, financial services and emergency radio communications can all be knocked out by intense solar activity.
Over the following decades, local grids became more and more interconnected.
But smart grids depend on electronic components, such as smart meters, controlled by software, which have shorter lifetimes and require much more frequent upgrades.
This ranges from energy efficiency and smart grids to clean coal and green energy.
Many groups have already begun developing high-speed grids to connect research institutions and laboratories, so that scientists can more efficiently share large volumes of data.
In this article, we will review historical batteries,the power storage challenges that modern power grids face, and introduce the concept of a virtual power pxlant.
From mobile phones to watches, media platforms, utility grids and medical devices, connected objects are permeating all levels of industry and technology.
G at mid andhigh bands is well suited for deployment at existing site grids, especially when combined with low-band LTE.
These investments include energy storage, improved forecasting systems,and smart grids- all of which have benefited from breakthroughs in technology and falling prices.