求英语手工翻译~~急啊~（名字不好翻的可以就用中文放那~~）谢谢啊

中文名字翻译英文名字~

女：Asflsi 是一个犹太人名，意思是聪明博学伟大的大女人。 Abigale 原为古希伯来名，意思是"最初的欢乐"或"欢乐之本"。在圣经撒母尔记上篇第二十五章中，讲到了一位早期名叫Abigale的人的故事。在这个故事之中，她是一位聪明、美丽的女人。她有过人的智慧和谋略。因而，她后来成了以色列大卫王的妻子。 Abbyabbie是Abigale的简写。人们认为Abby是娇小可爱的女人、文静、令人喜爱、个性甜美。 Ada (老式英语)"高贵"的意思。为ADELAIDE的简写。Ada给人的印象是年长保守、辛勤的工作者。 Adeline Adelaide的英文写法。Adeline被描绘为守旧，坏脾气的女孩，过份有礼但目中无人。 Ailsa 古德语，快乐的姑娘的意思。 Alice (希腊)"真理"；(老式德语)"贵族"。大部份的人都把Alice看做是"爱丽丝梦游仙境"的那位爱丽丝——一个年轻的梦想者喜欢热闹有著不受束缚的灵魂。有些人则认为她是自傲的老女人。 Alina 爱丽娜，古德语，『高贵』的意思。 Allison 盖尔语，微小、真实的；古德语，名闻众神。令人联想到美丽无瑕的女子，聪明，体贴。 Angela (希腊)"天使，传送讯息者。"Angela被描绘为美丽，娇小的女子若不是有著甜美温柔的个性，即是活泼莽撞的女孩。 Anna（希伯来语）意为：优雅。 Anne 善良、优雅、喜欢帮助人的女孩.皇室的皇后、公主很多都是这个名字或者Annie，许多平民也都很喜欢这个名字。


Betty 为Elizabeth的简写。Betty这个名字让人在脑中浮现一个金发女孩的影像，傻的可爱，又风趣。
Cherry，樱桃，大部份的人对Cherry的印象是甜美、可爱充满青春气息、而且热心助人。

ADAM(希伯来)，红土制造的意思。据说上帝用红土造人，而亚当是他造出的第一个人。 ADAM被形容是高大、黝黑、英俊、肌肉强健的男人、沉稳、聪明。 ADRIAN(拉丁文)黑色的意思。人们将ADRIAN描绘为迷人、阴柔的男子、敏感、体贴、可爱、富有。 ALVA希伯来名，给人的感觉是很崇高、庄严的，圣经上写着ALVA 是一个地名和种族名字。 ALEX为ALEXANDER的简写，人们认为ALEX是身强体健有着希腊血统的男子、聪明、和善、令人喜爱。

Andy为ANDREW的简写，ANDREW在希腊文里形容有男子气概、雄壮、勇敢。
JACK同JOHN,JACOB;是JACKSON的简称，大部份的人认为Jack是个具威望力的人-体魄健壮、阳刚、强壮、自负、聪明。也有人认为Jack可爱、有趣喜欢追求快乐的家伙。


男：

直译：Lin Chengjun
意译：只能搞个读音相似的了。LEO(拉丁)"狮子"，为Leander，Leonard，Leopold的简称。大部份人认为Leo是强壮且温和的。他被形容为热情的背叛者，总以一付艺术家或捍卫和平的面貌出现。
因为你姓林吗。

请等一等！！
蒸汽发生器是核电厂动力装置中的主要设备，它的液位稳定具有非常重要的意义。
Steam generator is the main equipment in nuclear power plant and its stable water level is very important.
实际工况中，给水泵转速控制是控制其液位的主要手段。
In real working condition, the control of water pump speed is the main mean to control water level.
在占我国大部分的压水堆核电厂里，给水泵转速都是由液力偶合器调节的。
In most nuclear power plants in China, the water pump speed is regulated by hydraulic torque converter.
但是液力偶合器作为液力元件，有动态特性复杂、系统参数不确定等问题，成为闭环控制有待解决的技术问题。
The hydraulic torque converter, as a hydraulic element, has some shortcomings, such as complicated dynamic performance and instable system data, which is the technical problem to be solved in closed loop control.
对偶合器进行研究，探讨适合的控制方法，增加其节能调速能力，具有十分重要的现实意义。
So, the study of torque converter, discussion of control means, and enhancement of energy-saving speed regulation are very important.
本文首先通过对液力偶合器的研究，了解了它的基本理论及调节特性，得到其数学模型。
In this paper, through the study of hydraulic torque converter, its basic principle and regulation character were understood to obtain the mathematic mode.
随后又简要介绍了压水堆核电厂的发电流程，针对电厂中偶合器等设备参数的不确定性，采用鲁棒性较好的PID调节器。
Then, a brief introduction was made for power generation flow of pressurized water reactor in nuclear power plant, aiming at the instable parameter of hydraulic torque converter and other equipment. A better鲁棒性of regulator was adopted.
在具体控制方法上，考虑到生产中存在的蒸汽和给水扰动，运用了三冲量调节方法，建立起液力偶合器调节的给水流量控制系统模型。
In practical control, considering the existing turbulence of steam and water, three impulses were used to establish water flow rate control system mode for hydraulic torque converter.

最后，通过Simulink对系统进行仿真研究。
Finally, the Simulink was used to do imitation study.
结果表明由液力偶合器调节，采用三冲量方法建立起的给水系统调节时间短、超调量小。
The result showed that water feeding system regulation established by using three-impulse method for hydraulic torque converter is short-time used and small exceeding regulation.
出现扰动时能够有效地控制虚假水位，减少负超调量。
A falsehood water level was effectively controlled when turbulence happened so that exceeding regulation was reduced.
系统能较快地回到稳定状态，抗干扰能力强。较好地满足了实际工况对蒸汽发生器液位的控制要求。
The system returned to its original state in a short period and had anti-jamming ability. Thus the new developed control system satisfied the water level control for steam generator in real working condition.

Nuclear power plant steam generator is the main power plant equipment, the level of its stable of great significance. The actual working condition, the pump speed to control the liquid level control is the principal means. China accounted for the majority of the pressurized water reactor nuclear power plant to the pump speed are adjustable hydraulic coupling. But as the fluid coupling of hydraulic components, dynamic characteristics of complex and uncertain system parameters and so on, become a closed-loop control of the technical issues to be resolved. Of coupling a study to examine the appropriate control method to increase the speed of its energy-saving capabilities, is of great practical significance.

In this paper, through the hydraulic coupling of the study, understanding its basic theory and conditioning properties, by their mathematical model. Then briefed the generation pressurized water reactor nuclear power plant processes, for power plant equipment in the coupling parameters, such as the uncertainty, the robustness of the PID regulator better. Specific control methods, taking into account the existence of the production of steam and water supply disturbances, using a three-impulse conditioning methods, establish a hydraulic coupling of the feed water flow regulating control system model.

Finally, by Simulink simulation of the system. The results show that regulation by the fluid coupling, a three-impulse method of regulating water supply system built up in a short time, a small amount of overshoot. Disturbance can occur when the water level to effectively control false to reduce the negative overshoot. System can quickly return to steady-state, anti-interference ability. Better meet the actual condition of the steam generator of the control level.