| 单词 |
devastated |
| 释义 |
dev·a·stat·ed /ˈdevəsteɪtɪd/ ●○○ adjective feeling extremely shocked and sad 极度震惊的;悲痛欲绝的 She was left feeling totally devastated. 她因此感到极度悲痛。► see thesaurus at sad, shockedExamples from the Corpusdevastated• He says that he believes the police action contributed to his gran's death: the whole family are devastated.• His family and friends are devastated.• She says I spoke to people last night, everyone is devastated.• Clare was devastated and swore that she would never go back to school again.• The whole town was devastated by the tragedy, in which fourteen schoolchildren died.• The move comes after bandits stole half of the food aid sent to save starving millions in the devastated country.• When we got back, we were devastated to find that the house had been burgled, and everything of value taken.dev·a·stat·ed adjectiveChineseSyllable and shocked feeling sad extremely Corpus |
| 随便看 |
- Visual-topic background
- Visual-topic background
- Visual-topic calligraphy
- Visual-topic calligraphy
- Visual-topic caricature
- Visual-topic caricature
- Visual-topic caricature
- Visual-topic caricature
- Visual-topic caricaturist
- Visual-topic caricaturist
- Visual-topic cartoon
- Visual-topic cartoon
- Visual-topic carving
- Visual-topic carving
- Visual-topic ceramics
- Visual-topic ceramics
- Visual-topic chalk
- Visual-topic chalk
- Visual-topic charcoal
- Visual-topic charcoal
- Visual-topic chase
- Visual-topic chase
- Visual-topic clip art
- Visual-topic clip art
- Visual-topic composition
- 《草明·乘风破浪》原文|主题|赏析|概要
- 《草暖云昏万里春,宫花拂面送行人》什么意思,原诗出处,注解
- 《草暖云昏万里春,宫花拂面送行人.》原诗出处,译文,注释
- 《草木之精,能移我情.余嗜兰,每当花开,则终日静对,故伴兰如伴妾;余嗜菊,每当菊月,则朝夕瀹(yue悦)茗相看,故爱菊如爱友;余嗜梅,每入梅林,必穷其径之深曲处,故寻梅如寻幽人;余嗜柳,观其风条摇曳,辄想张绪当年,故攀柳如攀韵士.外此,则对牡丹如对轩冕,对海棠如对闺艳,对桃李如对门人小子,对松柏如对志士仁人.能移我情,而不移我情,是谓定情.》什么意思,出自哪里,注释,句意,翻译
- 《草木之长,不见其有予而日修,为善日益也似之;砻(磨)磨之砥,不见其有夺而日薄,为不善日损也似之.然则君子无损乎?曰:君子损文以益质,小人损质以益名.》什么意思,出自哪里,注释,句意,翻译
- 《草木先知春》王国梁散文赏析
- 《草木养心》刘梅花散文赏析
- 《草木子》作品简析与读后感
- 《草木子》的主要内容,《草木子》导读
- 《草木子》简介|鉴赏
- 直線加速聨置
- 直線変調
- 直線度
- 直線座標
- 直線形
- 直線性
- 直線性調節
- 直線振動
- 直線探索法
- 直線整流
|