无编辑摘要 |
|||
第245行: | 第245行: | ||
! {{nowrap|基础研究时长/天}} | ! {{nowrap|基础研究时长/天}} | ||
! 前置条件 | ! 前置条件 | ||
! 效果 | ! style="width:320px;" | 效果 | ||
! style="width:350px;" | 装备模块 | |||
|- | |- | ||
第255行: | 第256行: | ||
* [[File:Research_time.png]] 科研速度:{{green|+4%}} | * [[File:Research_time.png]] 科研速度:{{green|+4%}} | ||
}} | }} | ||
{{-}} | |||
|- | |- | ||
第264行: | 第266行: | ||
* [[File:Research_time.png]] 科研速度:{{green|+5%}} | * [[File:Research_time.png]] 科研速度:{{green|+5%}} | ||
}} | }} | ||
{{-}} | |||
|- | |- | ||
第272行: | 第275行: | ||
| {{plainlist| | | {{plainlist| | ||
* [[File:Research_time.png]] 科研速度:{{green|+8%}} | * [[File:Research_time.png]] 科研速度:{{green|+8%}} | ||
}} | |||
| {{Equipment | |||
|version=1.11 | |||
|width=340px | |||
|name=火炮稳定器 | |||
|file=火炮稳定器 | |||
|desc=一种在坦克移动时保持火炮指向同一方向的机械装置。<br/>虽然不够先进,无法达成在移动中的准确射击,但它可以让炮手在坦克短暂的停留期间准确射击,而无需重新寻找目标。 | |||
|left={{Equipment/row|突破|5.0}} | |||
|right={{Equipment/row|[[File:Production cost.png|link=Production]] 生产花费|2.00}} | |||
}} | }} | ||
第282行: | 第294行: | ||
* [[File:Research_time.png]] 科研速度:{{green|+8%}} | * [[File:Research_time.png]] 科研速度:{{green|+8%}} | ||
}} | }} | ||
{{-}} | |||
|} | |} | ||
第446行: | 第459行: | ||
|} | |} | ||
== | == 火箭实验 == | ||
{{SVersion|1.11}} | {{SVersion|1.11}} | ||
提示:Bug [[forum:1521765]] regarding guided missile graphics erroneously showing resource costs and production costs. Guided missiles are produced at no cost through rocket sites at the rate of 1 missile per day per site. Please disregard all guided missile costs shown in the table below. | |||
{| class="wikitable" | {| class="wikitable" | ||
! style="width:25em;" | | ! style="width:25em;" | 科技 | ||
! | ! 年份 | ||
! {{nowrap| | ! {{nowrap| 基础研究时长/天}} | ||
! | ! 前置条件 | ||
! style="width:320px;" | | ! style="width:320px;" | 效果 | ||
! style="width:350px;" | | ! style="width:350px;" | 装备及模块 | ||
|- | |- | ||
| {{iconbox|Experimental rockets|Advancing the science of rocketry by improving the range and reliability of liquid-fuel rockets will teach us enough about the technology to allow the construction of launch sites for more advanced models.| | | {{iconbox| 实验火箭|en=Experimental rockets|Advancing the science of rocketry by improving the range and reliability of liquid-fuel rockets will teach us enough about the technology to allow the construction of launch sites for more advanced models.|image=Experimental Rockets.png}} | ||
| 1943 | | 1943 | ||
| 150 | | 150 | ||
{{-}} | {{-}} | ||
| Unlocks {{iconify|rocket site}} with a limit of '''2''' per state | | Unlocks {{iconify|rocket site}} with a limit of '''2''' per state | ||
第466行: | 第479行: | ||
|- | |- | ||
| {{iconbox|Rocket engines|Knowledge of rocket propulsion is reaching a point where we can construct flying bombs and rocket-powered aircraft, operating at previously unreachable speeds.| | | {{iconbox| 火箭引擎|en=Rocket engines|Knowledge of rocket propulsion is reaching a point where we can construct flying bombs and rocket-powered aircraft, operating at previously unreachable speeds.|image=Rocket Engines.png}} | ||
| 1944 | | 1944 | ||
| 200 | | 200 | ||
| [[#Experimental rockets|Experimental rockets]] | | [[#Experimental rockets|Experimental rockets]] | ||
| {{ | | {{icon|Support rocket artillery|火箭炮支援连}}, {{icon|Rocket artillery|火箭炮}}, {{iconify|Truck-drawn rocket artillery}} 及 {{icon|Motorized rocket artillery|自行火箭炮}} : | ||
* | * 对人员杀伤{{green|+5%}} | ||
| {{Equipment | | {{Equipment | ||
|version=1.11 | |version=1.11 | ||
第508行: | 第521行: | ||
|- | |- | ||
| {{iconbox|Jet engines|A breakthrough in propulsion technology, the Jet Engine will enable the development of an entirely new generation of aircraft.| | | {{iconbox| 喷气引擎|en=Jet engines|A breakthrough in propulsion technology, the Jet Engine will enable the development of an entirely new generation of aircraft.|image=Jet Engines.png}} | ||
| 1944 | | 1944 | ||
| 200 | | 200 | ||
| [[#Rocket engines|Rocket engines]] | | [[#Rocket engines|Rocket engines]] | ||
| ''The development of Jet Engines is an essential prerequisite for the development of jet powered aircraft. This must be researched before you can research advanced aircraft'' | | ''The development of Jet Engines is an essential prerequisite for the development of jet powered aircraft. This must be researched before you can research advanced aircraft'' | ||
第526行: | 第539行: | ||
|- | |- | ||
| {{iconbox|Improved rocket engines|The first long-range ballistic missiles can be built and made ever more precise, reaching distant enemy cities and even into space.| | | {{iconbox| 改良火箭引擎|en=Improved rocket engines|The first long-range ballistic missiles can be built and made ever more precise, reaching distant enemy cities and even into space.|image=Improved Rocket Engines.png}} | ||
| 1945 | | 1945 | ||
| 150 | | 150 | ||
| [[#Rocket engines|Rocket engines]] | | [[#Rocket engines|Rocket engines]] | ||
| {{iconify|Support rocket artillery}}, {{iconify|Rocket artillery}}, {{iconify|Truck-drawn rocket artillery}} and {{iconify|Motorized rocket artillery}}: | | {{iconify|Support rocket artillery}}, {{iconify|Rocket artillery}}, {{iconify|Truck-drawn rocket artillery}} and {{iconify|Motorized rocket artillery}}: | ||
第568行: | 第581行: | ||
|- | |- | ||
| {{iconbox|Advanced rocket engines|The future of rocketry opens up possibilities like intercontinental missiles, the range of which knows few limits while the payloads grow more lethal.| | | {{iconbox| 先进火箭引擎|en=Advanced rocket engines|The future of rocketry opens up possibilities like intercontinental missiles, the range of which knows few limits while the payloads grow more lethal.|image=Advanced Rocket Engines.png}} | ||
| 1946 | | 1946 | ||
| 150 | | 150 | ||
| [[#Improved rocket engines|Improved rocket engines]] | | [[#Improved rocket engines|Improved rocket engines]] | ||
| {{iconify|Support rocket artillery}}, {{iconify|Rocket artillery}}, {{iconify|Truck-drawn rocket artillery}} and {{iconify|Motorized rocket artillery}}: | | {{iconify|Support rocket artillery}}, {{iconify|Rocket artillery}}, {{iconify|Truck-drawn rocket artillery}} and {{iconify|Motorized rocket artillery}}: | ||
第615行: | 第628行: | ||
[[Category:Technology]] | [[Category:Technology]] | ||
[[ | [[fr:Ingénierie]] |
2022年9月17日 (六) 10:03的版本
Engineering technology unlocks radar, nuclear weapons, jet and rocket engines, and improves research speed, encryption, decryption, and rocket artillery attack.
Engineering technology is separate from industrial technology, meaning the player must hire an engineering design company such as the USA's General Electric (+15%) in order to get research bonuses for engineering technology research. A nation may also be offered political decisions, for example "Give refuge to German scientists (+5%)" or "Give refuge to Italian scientists (+5%)", that give a bonus to engineering technology research for a (PP) cost.
Engineering research tree
电子工程
File:Ambox outdated info.png | 这部分内容可能已不适合当前版本,最后更新于1.11。 |
此分支可以解锁雷达和无线电,并提高研究速度,提升加密和解密能力。
科技 | 年份 | 基础研究时长/天 | 效果 | 装备模块 | ||
---|---|---|---|---|---|---|
1936 | 100 | 科研速度:+3.0% | 中央测距
在桅杆顶端的观察塔确定目标方位,然后把信息传达给炮组。
重型火炮攻击: +5.0% |
雷达科技分支
科技 | 年份 | 基础研究时长/天 | 前置科技 | 效果 | 装备模块 | ||||
---|---|---|---|---|---|---|---|---|---|
1936 | 175 | 电子机械工程 | 基础型无线电
一座基础的无线电收发设备可以让坦克在较小的规模内协调其战术机动。
突破: +15.0% | ||||||
1936 | 175 | 无线电 |
|
– | |||||
1938 | 125 | 无线电侦测 |
|
分米波水面搜索雷达
一组简单且有着50cm左右波长的雷达装置,在恶劣天气下也可以探测到10公里以外的水面舰艇。
对海探测: +5.0 改进型无线电
一座改良无线电设备允许指挥官们有效地指挥更大的坦克编队,从而实现大规模的作战机动。
突破: +30.0% | |||||
1939 | 125 days | 分米波雷达 |
|
改进型分米波水面搜索雷达
一组经过改良,且有着30cm左右波长的雷达装置,可以在25公里开外精确测量出哪怕是一艘小船的距离和方位。
对潜探测: +2.0 | |||||
1940 | 125 days | 改良分米波雷达 |
|
厘米波火控雷达
通过装备空腔磁控管,该雷达装置不仅能够探测到极小的目标,还甚至能测定弹着点。哪怕是在夜间或者是恶劣的天气里,我们也能够对目标进行盲射。
轻型火炮攻击: +5.0%
对空防御: +5.0%
对潜探测: +6.0 先进无线电
装有一台大功率发射器和更好的接收器,这座无线电即使面对敌军的干扰也能保持数十千米的通讯范围。
突破: +45.0% | |||||
1941 | 125 days | 厘米波雷达 |
|
– | |||||
1942 | 125 days | 改良厘米波雷达 |
|
集成火控雷达
这一雷达组拥有厘米级的波长,同时与船只的火控系统结为一体,而这带来了在所有天气条件下的高精度炮控。
轻型火炮攻击: +10.0%
对空防御: +10.0%
对潜探测: +14.0 |
计算机科技
科技 | 年份 | 基础研究时长/天 | 前置条件 | 效果 | 装备模块 | ||
---|---|---|---|---|---|---|---|
1936 | 250 | 电子机械工程 | – | ||||
1938 | 250 | 机械式计算机 | – | ||||
1940 | 250 | 基础计算机 | 火炮稳定器
一种在坦克移动时保持火炮指向同一方向的机械装置。
虽然不够先进,无法达成在移动中的准确射击,但它可以让炮手在坦克短暂的停留期间准确射击,而无需重新寻找目标。 突破: 5.0 | ||||
1942 | 250 | 改良计算机 | – |
舰船装备
科技 | 年份 | 基础研究时长/天 | 前置条件 | 装备模块 | ||
---|---|---|---|---|---|---|
1936 | 100 | 机械式计算机 | 火控指挥射击
在一名位于中央火控站的炮术军官的指挥下火炮可以进行齐射。
重型火炮攻击: +10.0%
可靠性: −5.0% | |||
1939 | 100 | 初级火控系统 | 机械弹道计算机
通过测距仪和其他传感器获取的信息,一台舰载机械计算机不断更新目标的距离和方位。
重型火炮攻击: +15.0%
可靠性: −7.5% | |||
1941 | 100 | 改进型火控系统 | 弹道计算机
更为复杂的机械计算机,在计算火炮弹道时能够考虑诸多影响因素。
重型火炮攻击: +20.0%
可靠性: −10.0% |
加密方法
下列科技仅当 抵抗运动DLC未启用时可用。基础计算机、改良计算机和先进计算机也算作加密方法
科技 | 年份 | 基础研究时长/天 | 前置条件 | 效果 |
---|---|---|---|---|
1938 | 100 | 基础计算机 | 加密:+1 | |
1940 | 100 | 改良计算机 | 加密:+1 | |
1942 | 100 | 先进计算机 | 加密:+1 |
解密方法
下列科技仅当 抵抗运动DLC未启用时可用。基础计算机、改良计算机和先进计算机也算作解密方法
科技 | 年份 | 基础研究时长/天 | 前置条件 | 效果 |
---|---|---|---|---|
1938 | 150 | 基础计算机 | 解密:+1 | |
1940 | 150 | 改良计算机 | 解密:+1 | |
1942 | 150 | 先进计算机 | 解密:+1 |
核科技
File:Ambox outdated info.png | 这部分内容可能已不适合当前版本,最后更新于1.11。 |
科技 | 年份 | 基础研究时长/天 | 前置条件 | 效果 |
---|---|---|---|---|
1940 | 500 | – | 科研速度:+4% | |
1943 | 500 | 原子能研究 | 允许建造 核反应堆(地区等级:1) | |
1945 | 500 | 核反应堆 | 允许生产核弹:是 |
火箭实验
File:Ambox outdated info.png | 这部分内容可能已不适合当前版本,最后更新于1.11。 |
提示:Bug forum:1521765 regarding guided missile graphics erroneously showing resource costs and production costs. Guided missiles are produced at no cost through rocket sites at the rate of 1 missile per day per site. Please disregard all guided missile costs shown in the table below.
科技 | 年份 | 基础研究时长/天 | 前置条件 | 效果 | 装备及模块 | ||||
---|---|---|---|---|---|---|---|---|---|
1943 | 150 | – | Unlocks rocket site with a limit of 2 per state | – | |||||
1944 | 200 | Experimental rockets | 火箭炮支援连, 火箭炮, Truck-drawn rocket artillery Truck-drawn rocket artillery及 自行火箭炮:
|
Rocket Interceptor I
Short range experimental interceptor powered by an unreliable chemical rocket engine.
Range: 150 km
Air attack: 47
Air superiority: 1.0
Naval targetting: 10
Reliability: 30% Basic guided missile
Unmanned flying bomb
Range: 500 km
Strategic bombing: 300
Naval targetting: 0.6
Reliability: 80% | |||||
1944 | 200 | Rocket engines | The development of Jet Engines is an essential prerequisite for the development of jet powered aircraft. This must be researched before you can research advanced aircraft | Gas turbine
An turbine developed from jet engines. High fuel consumption, but the highest speed of any engine at a given Engine Size.
Max speed: +25%
Fuel usage: +4 | |||||
1945 | 150 | Rocket engines | Support rocket artillery, Rocket artillery, Truck-drawn rocket artillery Truck-drawn rocket artillery and Motorized rocket artillery:
|
Rocket Interceptor II
Short range interceptor powered by a slightly more reliable chemical rocket engine.
Range: 300 km
Air attack: 56
Air superiority: 1.0
Naval targetting: 10
Reliability: 50% Improved guided missile
Better unmanned flying bomb
Range: 640 km
Strategic bombing: 450
Naval targetting: 0.6
Reliability: 80% | |||||
1946 | 150 | Improved rocket engines | Support rocket artillery, Rocket artillery, Truck-drawn rocket artillery Truck-drawn rocket artillery and Motorized rocket artillery:
|
Rocket Interceptor III
We have finally worked out most of the problems with the rocket engines and the Rocket Interceptor is now a solid close range defender of facilities.
Range: 500 km
Air attack: 60
Air superiority: 1.0
Naval targetting: 10
Reliability: 80% Advanced guided missile
Best unmanned flying bomb
Range: 11,000 km
Strategic bombing: 600
Naval targetting: 0.6
Reliability: 80% |
政治 | 意识形态 • 阵营 • 国策 • 内阁 • 政府 • 傀儡国 • 外交 • 全球紧张度 • 内战 • 占领区 • 情报机构 • 权力平衡 |
生产 | 贸易 • 生产 • 建设 • 装备 • 燃料 • 军工机构 • 国际市场 |
科研与科技 | 科研 • 步兵科技 • 辅助部队(支援连)科技 • 装甲车辆科技 • 火炮科技 • 陆军学说 • 特种部队学说 • 海军科技 • 海军学说 • 空军科技 • 空军学说 • 工程学科技 • 工业科技 |
军事与战争 | 战争 • 和平会议 • 陆军单位 • 陆战 • 编制设计 • 坦克设计 • 陆军计划 • 集团军 • 指挥官 • 作战计划 • 战术 • 海军单位 • 舰艇设计 • 海战 • 空军单位 • 飞机设计 • 空战 • 经验 • 军官团 • 损耗与事故 • 后勤 • 人力 • 核弹 |
地图 | 地图 • 省份 • 地形 • 气候 • 地区 |
事件与决议 | 事件 • 决议 |