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Max相关的网络例句
与 Max 相关的网络例句 [注:此内容来源于网络,仅供参考]

Max:fraught, I tell you!

" 麦克斯:"充满了,我告诉你!

According to all of Synchronous Digital Block diagram of the frequency measurement using VHDL,the successful preparation of the design process,and in MAX+PLUS II software environment,the preparation of procedures for VHDL simulation,obtained very good results.

根据全同步数字频率计的测频原理方框图,采用VHDL语言,成功编写出了设计程序,并在MAX+PLUSⅡ软件环境中,对编写的VHDL程序进了仿真,得到了很好的效果。

When I was a fresh-faced young lad trying to make it in the movie business, I had to max out the credit card, find wealthy backers...

搜索当我还是一个新面孔的年轻少年,尝试在电影业谋生时,我不得不最大限度地透支信用卡,寻找富有的支持者。。。

Max Frisch:"Technology is a way of organizing the universe so that man doesn't have to experience it."

费里希:"技术是组织宇宙的一种方法,所以人不需要亲身参与。"

Early in 1917, chartered engineer Max Friz join s Rapp as an aircraft engine constructor.

1917年初,工程师Max加入Rapp成为了一名飞机引擎的设计师。

Early in 1917, chartered engineer Max Friz joins Rapp as an aircraft engine constructor.

1917年初,工程师Max加入Rapp成为了一名飞机引擎的设计师。

Early in 1917, charter ed engineer Max Friz joins Rapp as an aircraft engine constructor.

1917年初,工程师Max加入Rapp成为了一名飞机引擎的设计师。

However, the company was actually founded by three men: Josef Popp, Max Friz, and Camillo Castiglioni.

不过,该公司实际上是由三名男子:约瑟夫波普,最高Friz和卡米洛尼。

That same year chief engineer Max Friz designed the company's first aircraft engine, the six-cylinder Type IIIa, which created strong demand for BMW engines.

同年,该公司首席工程师马克思设计了公司第一个飞机发动机、6缸IIIa型,开创了宝马引擎市场需求。

Early in 1917, chartered engineer Max Friz joins Rapp as an aircraft engine constructor .

瓿酰こ淌ax加入Rapp成为了一名飞机引擎的设计师。

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推荐网络例句

There are different types of personal loans available.

有许多不同类型的个人贷款优惠。

The above mentioned teaching model of spiral rising can be used to avoid rigidness in teaching.

上述螺旋式上升的教学模式,可以避免教学形成模式後的僵化现象。

In addition, the mass transfer process of main components in the heat pump cycle, such as a generator and an absorber, is analyzed, and the mass trasfer model, the relation of its separation effectiveness with the thermodynamic inconvertibility are described.

根据热力学第一、二定律,从理论上建立了描述该类热泵的数学模型。从热力学不可逆性原理出发,分析了热泵循环过程的热力学不可逆性引起的〓损失。