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传播用英语怎么说

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传播是指社会信息的传递或社会信息系统的运行。信息是传播的内容。传播的根本目的是传递信息,是人与人之间、人与社会之间,通过有意义的符号进行信息传递、信息接受或信息反馈活动的总称。那么你知道传播用英语怎么说吗?下面来学习一下吧。

传播用英语怎么说
  传播英语说法1:

spread

  传播英语说法2:

transmission

  传播英语说法3:

disseminate

  传播的英语例句:

旨在控制艾滋病传播的广告

Advertisements aimed at curbing the spread of AIDS

民主制度在东欧的传播

The spread of democracy in Eastern Europe

这种疾病传播的条件已经成熟。

The conditions are ripe for the spread of disease.

他们利用报刊来传播右翼观点。

They use the press to disseminate right-wing views.

发射以光线或波的形式发出和传播能量

Emission and propagation of energy in the form of rays or waves.

传教士到远方去传播其信仰。

Missionaries went far afield to propagate their faith.

太阳有时会影响无线电波的传播。

The sun sometimes spoils the propagation of radio waves.

这种病以惊人的速度传播开来。

The disease has spread at an alarming rate.

主要通过被污染的血液传播的病毒

A virus which is spread mainly by infected blood

恶习易于由实例传播,就像瘟疫的传播借助于接触。

Bad habits are as infectious by example as the plague itself is by contact.

声音在水中的传播速度几乎是在空气中传播速度的五倍。

In water sound travels nearly five times as fast as in air.

传播的英语例句:

它们以光速传播,而且是一起传播。

He showed they would travel with the speed of light and would travel together.

人际传播是传播学研究的重要组成部分。

Interpersonal communication is one important part of communication research.

知识与技能的传播

The transmission of knowledge and skills

声音经由振动传播。

Sound is propagated by vibrations.

医生们传播有关预防医学的知识。

The doctors disseminated information about preventive medicine.

两百多年前始于欧洲的工业革命目前正在向全世界传播。

The industrial revolution which started a couple of hundred years ago in Europe is now spreading across the world.

与此同时,移动技术的传播正在迅速而显著地扩大数字版报纸内容的受众群。

The spread of mobile technology, meanwhile, is rapidly and significantly expanding the audience for digital newspaper content.

近来的一些进展即使不能提供治愈的希望,也至少有望研制出来某种药物来阻止病毒的传播。

A number of recent advances hold out if not the hope of a cure, then at least the possibility of some drug which could stop the spread of the virus.

减少元件和电路的几何尺寸,以达到增加电路的封装密度、减少功耗和减小信号传播延迟的目的。

The reduction in size of components and circuits for increasing package density and reducing power dissipation and signal propagation delays.