Difference between revisions of "Spherical Gravity Generator/zh"

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=== 用电需求 ===
 
=== 用电需求 ===
 
力场的电力消耗与其 影响体积、加速度强度 及 运作时间 有关;你可以针对性的在这些方面调节以找到最适合的方式。否则电力消耗就会非常可观。
 
力场的电力消耗与其 影响体积、加速度强度 及 运作时间 有关;你可以针对性的在这些方面调节以找到最适合的方式。否则电力消耗就会非常可观。
:'''用电需求'''(MW) = 0.0003 x 场加速度 x 球体场域体积(= PI*半径^3)^ 0.35
+
:'''用电需求'''(MW) = 0.0003 x 场加速度 x 球体场域体积(= (3/4)PI*半径^3)^ 0.35
 
{{stuba|参考修订需要:Power requirements scale linearly based on both radius and acceleration. 1.6 MW are required to run at full strength and range (400 m and positive or negative 9.81 m/s<sup>2</sup> acceleration). Reducing range to 200m reduces power consumption to 0.8 MW. Reducing acceleration to positive or negative 4.905 m/s<sup>2</sup> has the same effect on power consumption.}}
 
{{stuba|参考修订需要:Power requirements scale linearly based on both radius and acceleration. 1.6 MW are required to run at full strength and range (400 m and positive or negative 9.81 m/s<sup>2</sup> acceleration). Reducing range to 200m reduces power consumption to 0.8 MW. Reducing acceleration to positive or negative 4.905 m/s<sup>2</sup> has the same effect on power consumption.}}
  

Revision as of 09:14, 12 December 2020

Spherical Gravity Generator Icon.png
大型舰船 / 空间站
球形重力发生器
Large Ship Icon.png

组件需求

 有功能 

 破解 

尺寸(宽,高,长)1,1,1
重量8,532 kg
8,532,000 g
8,532,000,000 mg
8.532 t
完整度20,320
建造耗时50 s
最大场域半径400 m
最大引力加速度绝对值9.81 m/s²
耗电分组Utility
气密情况通气
性能成本(PCU)200
明细编辑于: 2020-04-13
view of the spherical gravity generator
In this image, it shows a space engineer standing on an angle on-top of a spherical generator
Placed in the center of this massive asteroid is a spherical gravity generator. This allows engineers, as well as ground vehicles with Artificial Mass to travel along its surface.

球状重力发生器

球状重力发生器将以自体为中心形成一个球形域人造引力场;


参数调节-

球状重力发生器参数有场域体积(通过场半径表示)和场加速度:

  • 该发生器方块产生的力场,基于占位方块的中心点为力场球心:(注意半个大网格方块的长度是1.25米)
场半径(Radius)是影响位置到球心的距离(米);
场半径最近10米,最远400米。
  • 场加速度(Acceleration)设置为正时,力场作用方向由顶向底;若负则反向。
力场加速度上限绝对值是 9.8;场内任何位置的受力均相等。


用电需求

力场的电力消耗与其 影响体积、加速度强度 及 运作时间 有关;你可以针对性的在这些方面调节以找到最适合的方式。否则电力消耗就会非常可观。

用电需求(MW) = 0.0003 x 场加速度 x 球体场域体积(= (3/4)PI*半径^3)^ 0.35

Q 参考修订需要:Power requirements scale linearly based on both radius and acceleration. 1.6 MW are required to run at full strength and range (400 m and positive or negative 9.81 m/s2 acceleration). Reducing range to 200m reduces power consumption to 0.8 MW. Reducing acceleration to positive or negative 4.905 m/s2 has the same effect on power consumption.


相关

方块


参阅

[天体引力]圈内[人造引力]的影响会大幅削弱,甚至达到某个程度时会失去影响效果 —— 可参阅[引力]


编程


记录

Update 01.044
  • Spherical Gravity Generator Introduced