deep reflections

基本解释深刻反省

网络释义

1)deep reflections,深刻反省2)profundity,深刻3)profound,深刻4)deep etching,深刻蚀5)DRIE,深刻蚀6)deep etch,深刻蚀

用法和例句

On surface,this theory contains previous Liu Dakui and Yao Fan s poetry position,has the quality of containing,in fact,this theory not only inherits but innovates their poetry position,so has the quality of profundity.

表面上,"熔铸唐宋"吸收了前期刘大櫆与姚范的诗歌主张,具有涵容性,其实,这种理论并非是对二人诗论的简单因袭,同时也有创变革新,因此,也具有深刻性。

By analyzing the symbolic features, the absurd plots and psychological perceptions in his novels and-prose, it is easily found that it is the modernistic features that suggest the profundity in his works.

考察鲁迅的创作文本,现代主义描写是不能忽视的事实存在;分析鲁迅小说和散文诗创作中最为突出的象征主义、荒诞情节和心理刻画,我们发现,正是现代主义描写体现了鲁迅创作的深刻性;按照文学“本质真实”和“心灵真实”的要求,我们阐述了鲁迅创作中“荒诞的深刻”的原因。

Superficially,his poems are simple and easy to understand,but they are all profound in meaning,embracing the poet s profound thought on life and man s dilemma,among which Mending Wall is one of the best-known for its profound life philosophy.

研读分析《修墙》,我们能深刻理解诗人是如何寓深刻于朴素的语言之间,把自然作为一种隐喻来阐释人与自然、人与人之间的关系,并由此引发对人生的哲理性思考的。

Soldier s Home, based on war affairs, is one of the short stories by Ernest Hemingway, which dis-plays Hemingway s typical style with profound meaning in plain description as well as variety in sentence patterns.

《士兵之家》是美国作家海明威以战争为背景创作的一篇短篇小说,该小说寓深刻的道理于简朴的描述以及平淡中追求变化的语言特色反映了作者一贯的艺术风格。

Inductively coupled plasma(ICP) deep etching process of bulk titanium was studied in this paper.

采用电感耦合等离子体源(inductively coupled plasma,ICP)技术对金属钛进行三维深刻蚀,采用不同刻蚀掩模、氯基刻蚀气体,研究了线圈功率、平板功率和Cl2流量对刻蚀速率和选择比等工艺参数的影响,并对Ti深刻蚀参数进行了优化,得到0。

Many MEMS structures need twice deep etching or even more,and usually the free-handing diaphragm is achieved after several deep etching.

许多MEMS结构需要进行2次或2次以上的深刻蚀,有些需要在多次深刻蚀后释放超薄的悬空薄膜结构,这时薄膜表面极易出现微小的腐蚀孔。

In this paper, we investigate and present the law of diffractive efficiency versus fabrication error of deep etched binary optics, and compare differences of the law between the deep etched and the ordinary binary optics technologies.

用计算机研究并给出了深蚀刻二元光学元件制作误差对衍射效率影响的规律;将深刻蚀二元光学元件与一般二元光学元件制作误差规律的不同之处进行了分析说明;提出了深刻蚀二元光学元件制作误差规律的经验公

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