求翻译，在线等待

A. The low pressure compressor (LPC) consists of a five stage (1st-, 1.6th-, 2nd, 3rd, and 4th-stage) rotor and a four stage (1st-, 1.6th-, 2nd, and 3rd-stage) stator. The stator is attached to the inner fan exit case and the rotor is supported through the intermediate case. The purpose of the low pressure compressor is to provide the initial compression of ambient air which will be used to generate propulsive force. The 4th-stage compressor stator is addressed as part of the intermediate case.
B. The LPC rotor consists of a titanium hub (1st-stage) mechanically attached to a four stage (1.6th-,
2nd-, 3rd, and 4th-stage) titanium drum rotor. Titanium blades are installed in all five stages of the LPC rotor. The 1st-stage of the rotor (fan stage) consists of 38 wide chord blades which are installed in slots 12 degrees from axial in the front LPC hub. The fan blades are retained at the rear by the drum rotor and at the front by a circumferential blade lock installed in aligned slots in the hub. Each fan blade has a single aft positioned part span shroud for added strength. Fan blades are replaceable individually or in balanced pairs. The blades in the remaining four stages of the LPC rotor are installed in axial slots in the drum rotor and are retained by wire blade locks. Four pairs of knife-edge seals are integral to the drum rotor and are in axial alignment with each of the 1st-, 1.6th-, 2nd-, and 3rd-stage stator inner shrouds. The LPC rotor is driven by the low pressure turbine (LPT).
The front LPC hub is splined to a titanium turbine shaft coupling which in turn is splined to the LPT shaft.
Structural support for the rotor is provided by the No. 1 ball bearing which is mounted on the front LPC hub.
C. The LPC stator consists of a single stage (1st-stage stator) full loop aluminum case with titanium stator vanes mechanically attached to a three stage (1.6th-, 2nd, and 3rd-stage stator) split case aluminum stator assembly with titanium vanes installed in all three stages. The 1st-stage stator consists of 88 solid vanes and is located immediately aft of the 1st-stage (fan) blades at the entrance to the primary gaspath. At the inner shroud of the 1st-stage stator are a pair of PWA 407 abradable seal lands axially aligned with a pair of knife-edge seals on the drum rotor. The 1.6th-, 2nd-, and 3rd-stage stator assembly also contains solid vanes and incorporates three PWA 407 abradable rubstrips at outer shroud locations in axial alignment with the 1.6th-, 2nd-, and 3rd-stage blades. At inner shroud locations are three pairs of PWA 407 abradable seal lands in axial alignment with pairs of knife-edge seals on the drum rotor. An aluminum LPC stage duct, which incorporates a PWA 407 abradable rubstrip in axial alignment with the 4th-stage LPC blades, is mechanically attached to the rear outer flange of the LPC stator.

A.低压压缩机（LPC）由五个阶段（第一，1.6th，第二，第三和第四阶段）转子和四个阶段（第一，1.6th，第二，第三阶段）定子。定子附加的内部风机出口的情况下，转子是通过中间的情况下支持。低压压缩机的目的是提供周围空气中的初始压缩将用于产生推力。第四级压缩机定子是解决中间案件的一部分。
B. LPC转子由钛枢纽机械连接到四个阶段（第一阶段）（1.6th的，
2，第三，第四阶段）钛鼓转子。钛刀片安装在所有五个阶段的LPC转子。转子的第一阶段（风扇阶段）由38宽弦叶片安装在插槽轴向12度，在前面的LPC枢纽。风扇叶片被保留在鼓转子的后部，在刀片安装在插槽对齐，在枢纽圆周锁前面。每个风扇叶片定位一个单一的船尾部分跨度为补充体力寿衣。单独或在平衡双风扇叶片更换。在剩下的四个阶段LPC转子叶片安装在鼓转子的轴向槽，并保留丝刀片锁。四双刀口密封不可或缺的鼓转子和轴对准每个第一，1.6th，第二和第三阶段的定子内罩。 LPC转子是由低压涡轮（LPT）。
前面的LPC枢纽是花键钛涡轮机联轴器，这又花键轴的LPT。
无转子结构提供支持。 1球轴承，这是安装在前面的LPC枢纽。
C. LPC定子由一个单一的阶段（第一阶段定子）全循环的情况下与铝钛定子叶片机械连接三个阶段（1.6th，第二和第三阶段定子）分裂的情况下铝钛合金叶片安装定子大会在所有三个阶段。第一阶段定子由88坚实的叶片，并立即位于船尾的第一阶段（风扇），在主gaspath入口刀片。在第一阶段定子的内在寿衣一双PWA 407 abradable密封一双鼓转子上的刀口密封与轴对齐的土地。 1.6th的，第二，第三阶段定子大会还含有固体叶片，并采用三PWA 407 abradable外轴对准位置rubstrips的1.6th，第二，第三阶段的叶片。在内心的寿衣地点与鼓转子，刀口密封对轴对准三双PWA 407 abradable密封土地。铝LPC阶段管，其中包括一个407 PWA轴对准abradable rubstrip与第四阶段的LPC刀片，机械连接LPC定子的后方外法兰。

这是青云翻译的

只能翻译点，SO。。。。。。

答:低压压缩机(LPC分析)由一个五阶段(1st -,-,2nd,3rd,4th -stage)的转子和一个四阶段(1st -,-,2nd,3rd -stage)定子。定子是附在内部风扇转子出口箱和支持通过中间案件。的目的是提供低压压气机的初始压缩空气将被用来产生推进力。4th压缩机的-stage定子,也被称为中间的部分情况。 b .的LPC分析转子由钛中心(1st-stage)机械连接到一个四阶段(-, 2nd -,3rd,4th钛-stage转子鼓。 钛刀片安装在所有的五个阶段的LPC分析转子。转子的1st-stage(迷期)由38叶片宽弦安装在12度槽轴在前面的LPC分析中心。风扇叶片的保留在后方的转子与在前面的滚筒叶片由一个圆周锁槽内安装在对齐的中心。每个风机叶片只有一个单一的船尾位置跨度为补充部分裹尸布的力量。可更换风扇叶片单独或成对在平衡。刀片在剩下的四个阶段的LPC分析转子轴向槽安装在鼓转子和电线保留的叶片锁。四双刀口印是整体滚筒轴向排列转子和在每个1st -,1.6 -,2nd -,和3rd -stage定子内笼罩。的LPC分析转子被低压涡轮部件)。 阀杆用花键前面的LPC分析,中心钛涡轮联轴器反过来阀杆用花键低压涡轮的轴上。 转子结构的支持是由1号球轴承,安装在前面的LPC分析中心。 c LPC分析定子组成一个单一的阶段(1st-stage定子)满环铝壳体与钛定子叶片附在三个阶段机械(-,2nd,3rd -stage定子)情况下定子总成与分裂铝钛合金叶片安装在所有的三个

答:低压压缩机(LPC分析)由一个五阶段(1st -,-,2nd,3rd,4th -stage)的转子和一个四阶段(1st -,-,2nd,3rd -stage)定子。定子是附在内部风扇转子出口箱和支持通过中间案件。的目的是提供低压压气机的初始压缩空气将被用来产生推进力。4th压缩机的-stage定子,也被称为中间的部分情况。 b .的LPC分析转子由钛中心(1st-stage)机械连接到一个四阶段(-, 2nd -,3rd,4th钛-stage转子鼓。 钛刀片安装在所有的五个阶段的LPC分析转子。转子的1st-stage(迷期)由38叶片宽弦安装在12度槽轴在前面的LPC分析中心。风扇叶片的保留在后方的转子与在前面的滚筒叶片由一个圆周锁槽内安装在对齐的中心。每个风机叶片只有一个单一的船尾位置跨度为补充部分裹尸布的力量。可更换风扇叶片单独或成对在平衡。刀片在剩下的四个阶段的LPC分析转子轴向槽安装在鼓转子和电线保留的叶片锁。四双刀口印是整体滚筒轴向排列转子和在每个1st -,1.6 -,2nd -,和3rd -stage定子内笼罩。的LPC分析转子被低压涡轮部件)。 阀杆用花键前面的LPC分析,中心钛涡轮联轴器反过来阀杆用花键低压涡轮的轴上。 转子结构的支持是由1号球轴承,安装在前面的LPC分析中心。 c LPC分析定子组成一个单一的阶段(1st-stage定子)满环铝壳体与钛定子叶片附在三个阶段机械(-,2nd,3rd -stage定子)情况下定子总成与分裂铝钛合金叶片安装在所有的三个阶段。定子由88年的1st-stage固体叶片和位于船尾的立即1st-stage(球迷)桨叶的主要gaspath的入口。在内部的裹尸布的1st-stage定子是一对PWA 407 abradable密封的轴向排列的土地用一双刀口印转子鼓上。第1.6 -,2nd -,和3rd -stage也含有固体叶片定子总成,并结合三PWA 407 abradable rubstrips外裹尸布在轴向位置在第1.6 -结盟,2nd -,和3rd -stage刀片。 内在的位置是在裹尸布三双PWA 407 abradable密封轴向结盟的土地对刀口印转子鼓上。铝制LPC分析阶段管道、内含PWA 407 abradable rubstrip在轴向排列与4th -stage LPC分析刀、机械连接到后方在外法兰的LPC分析定子。