The development of Korea's electronics industry should be attributed to supportive government policies.

韩国子业的发展应该要归功于政府政策的支持。

It's one of the foremost leaders in the automotive, robotics and electronics industries.

它汽车、机器人和子行业最重要的领军实体之一。

And, you know, that was, the laboratories were part of the electronics industry, the semiconductor chip industry.

你知道，实验子工业的一部分，半导体芯片行业。

Naturally, you'd probably spend most of your time and attention on your main customer industry, the electronics industry.

子工业。

Helping launch the Japanese semiconductor and electronics industry.

帮助启动日本半导体和子行业。

Now they have to compete with the consumer electronics industry for the limited supplies that were also affected by the health crisis.

现在，他们必须与消费者子行业竞争同样受到这场卫危机影响的有限供应。

The electronics industry, with its need for precise but repetitive movements, was also an early adopter.

需要精确但重复运动的子行业也早期采用者。

That means GaN stands to replace the material that currently rules the electronics industry: silicon.

这意味着 GaN 有望取代目前统治子行业的材料：硅。

Silicon is cheap, it's ubiquitous, we're used to it, and the entire electronics industry is built on it.

硅很便宜，它无处不在， 我们已经习惯了，子行业都建立在它之上。

Earth shaking new ideas were in short supply as the retail buyers for the electronics industry were shown mostly variation on existing equipment.

因为子行业的销售升级主要表现为现有设备的改进，所以这些层出不穷的新科技令人眼前一亮。

Samsung quickly made a name for itself in the electronics industry, producing everything from televisions to refrigerators to air conditioners.

三星很快在子行业声名鹊起，产从视到冰箱再到空调的各种产品。

Many industries have been forced to cut jobs and it looks like the electronics industry is going the same way.

【go】许多行业被迫裁员，看来子业也不例外。

Meanwhile a second, lesser known factor is likely to keep hindering East Asia's trade giants: the storm facing the global electronics industry.

与此同时，第二鲜为人知的因素可能会继续阻碍东亚贸易巨头：全球子行业面临的风暴。

This low and U.S. electronics industry allowed Japanese companies like Sharp and Casio to dominate the breakout computing product of the 1970s, hand-held electronic calculators.

这种低迷的美国子行业让夏普和卡西欧等日本公司主导了 1970 年代突破性的计算产品，即手持式子计算器。

Biochemist Lars Thelander at the announcement from the Royal Swedish Academy of Sciences: " Palladium-catalyzed cross-coupling has made it possible to synthesize carbon based molecules, for example, new medicines, agricultural chemicals and organic compounds used in the electronics industry" .

化学家拉施‧铁兰德在瑞士皇家科学院的发言中说道：" 钯催化的交叉偶联法让我们有可能合成由碳原子组成的分子——比如说新的药物、农药以及子行业的有机化合物。"