Better Fusion Reactor for Mekanism 翻译提交

[ChuijkYahus]

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[cfpa-bot]

	模组	🔗 链接	🎨 相关文件
	Better Fusion Reactor for Mekanism PLUS	🔍 源代码   | 🟩 MCMOD | 📁 对比(Azusa)	最新模组文件 1.20.1/BetterFusionReactor-1.20.1-1.4.8 1.20.1/BetterFusionReactor-1.20.1-1.4.7 1.20.1/BetterFusionReactor-1.20.1-1.4.5 1.20.1/🅰 BetterFusionReactor-1.20.1-1.4.5 1.20.1/🅰 BetterFusionReactor-1.20.1-1.4.5 语言文件链接

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💾 基于此 PR 所打包的资源包：

• Minecraft-Mod-Language-Package-1.20.zip

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✔ bfr Mod Domain 验证通过。
ℹ bfr-1.20 语言文件验证通过。
ℹ bfr-1.20 模组内语言文件验证通过。

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🔛 Diff：

better-fusion-reactor-for-mekanism/1.20

英文	中文
Fusion Reactor Controller	聚变堆控制器
Fusion Reactor Frame	聚变堆框架
Fusion Reactor Logic Adapter	聚变堆逻辑适配器
Fusion Reactor Port	聚变反应堆端口
Irradiated Copper Ore	辐照铜矿石
Irradiated Gold Ore	辐照金矿石
Irradiated Iron Ore	辐照铁矿石
Irradiated Lead Ore	辐照铅矿石
Irradiated Osmium Ore	辐照锇矿石
Irradiated Tin Ore	辐照锡矿石
Irradiated Uranium Ore	辐照铀矿石
Irradiator	辐照器
Laser Focus Matrix	激光聚焦矩阵
Fusion Reactor Controller	聚变堆控制器
Fusion Reactor Logic Adapter	聚变堆逻辑适配器
Irradiator	辐照器
Uses High Energy Particles and Radiation to transform items	使用高能粒子和辐射转化物品
100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%
100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%
Input redstone impulse any strength	接受任意强度的红石信号
Input redstone impulse any strength	接受任意强度的红石信号
Redstone impulse will decrease CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）降低当前反应性
Redstone impulse will increase CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）升高当前反应性
Radiative Flux: %1$s	辐射通量：%1$s
Radiation source: OK	辐射源：有效
Radiation source: NOT FOUND	辐射源：未找到
Place Irradiator next to reactor port	将辐照器放置在反应堆端口旁边
Solidified Nuclear Waste	固化核废料
CR	当前
Current Reactivity: %1$s	当前反应性：%1$s
EF	效率
Efficiency: %1$s	效率：%1$s
ER	误差
Error Level: %1$s	误差水平：%1$s
Heat Multiplier: %1$s	热量乘数：%1$s
Laser Impulse min energy: %1$s	激光冲激最低能量：%1$s
Avoid negative effects of Hm (1 minute)	规避热量乘数的负面效果（1分钟）
Ready for Laser Impulse	已可接受激光冲激
Target Reactivity: %1$s	目标反应性：%1$s
TR	目标
Reaction Efficiency is bad	反应效率较差
Reaction Efficiency is good	反应效率良好
Efficiency	效率
Efficiency	效率
Error Level	误差水平
-2 Injection Rate	-2 输入速率
+2 Injection Rate	+2 输入速率
- Reactivity	- 反应性
+ Reactivity	+ 反应性
General	通用
Logic ports used for automation	用于自动化的逻辑端口
Output signal strength represents value divided by 15	输出信号强度会分为离散的15级
CR adjustments uses input signal strength value	当前反应性会参照输入信号的强度调整
Use computers for accurate automation	精确自动化请使用电脑
Input Signals	输入信号
Output Signals	输出信号
Reactor might explode!	反应堆有可能爆炸！
Reactor might turn off!	反应堆有可能停堆！
Keep EF higher than 80% by adjusting	调整当前反应性，使其接近目标
Automate this process with Logic Adapters	使用逻辑适配器可自动化此过程
Hm affects how often TR changes	热量乘数根据等离子体温度计算
It depends on plasma temperature	它会影响目标反应性的变动频率
At some conditions Hm becomes 0	在某些情况下，热量乘数会变为0
CR as close as possible to TR.	以保持效率超过80%
Liquid-Cooled	液冷
-5	-5
+5	+5

better-fusion-reactor-for-mekanism/1.20-keys

Key	英文	中文
block.bfr.fusion_reactor_controller	Fusion Reactor Controller	聚变堆控制器
block.bfr.fusion_reactor_frame	Fusion Reactor Frame	聚变堆框架
block.bfr.fusion_reactor_logic_adapter	Fusion Reactor Logic Adapter	聚变堆逻辑适配器
block.bfr.fusion_reactor_port	Fusion Reactor Port	聚变反应堆端口
block.bfr.irradiated_copper_ore	Irradiated Copper Ore	辐照铜矿石
block.bfr.irradiated_gold_ore	Irradiated Gold Ore	辐照金矿石
block.bfr.irradiated_iron_ore	Irradiated Iron Ore	辐照铁矿石
block.bfr.irradiated_lead_ore	Irradiated Lead Ore	辐照铅矿石
block.bfr.irradiated_osmium_ore	Irradiated Osmium Ore	辐照锇矿石
block.bfr.irradiated_tin_ore	Irradiated Tin Ore	辐照锡矿石
block.bfr.irradiated_uranium_ore	Irradiated Uranium Ore	辐照铀矿石
block.bfr.irradiator	Irradiator	辐照器
block.bfr.laser_focus_matrix	Laser Focus Matrix	激光聚焦矩阵
container.bfr.fusion_reactor_controller	Fusion Reactor Controller	聚变堆控制器
container.bfr.fusion_reactor_logic_adapter	Fusion Reactor Logic Adapter	聚变堆逻辑适配器
container.bfr.irradiator	Irradiator	辐照器
description.bfr.irradiator	Uses High Energy Particles and Radiation to transform items	使用高能粒子和辐射转化物品
description.bfr.reactor.logic.efficiency	100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%
description.bfr.reactor.logic.error_level	100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%
description.bfr.reactor.logic.injection_down	Input redstone impulse any strength	接受任意强度的红石信号
description.bfr.reactor.logic.injection_up	Input redstone impulse any strength	接受任意强度的红石信号
description.bfr.reactor.logic.reactivity_down	Redstone impulse will decrease CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）降低当前反应性
description.bfr.reactor.logic.reactivity_up	Redstone impulse will increase CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）升高当前反应性
irradiator.bfr.flux	Radiative Flux: %1$s	辐射通量：%1$s
irradiator.bfr.has_source	Radiation source: OK	辐射源：有效
irradiator.bfr.no_source	Radiation source: NOT FOUND	辐射源：未找到
irradiator.bfr.source_guide	Place Irradiator next to reactor port	将辐照器放置在反应堆端口旁边
item.bfr.solidified_waste	Solidified Nuclear Waste	固化核废料
reactor.bfr.efficiency.cr	CR	当前
reactor.bfr.efficiency.current_reactivity	Current Reactivity: %1$s	当前反应性：%1$s
reactor.bfr.efficiency.ef	EF	效率
reactor.bfr.efficiency.efficiency	Efficiency: %1$s	效率：%1$s
reactor.bfr.efficiency.er	ER	误差
reactor.bfr.efficiency.error_level	Error Level: %1$s	误差水平：%1$s
reactor.bfr.efficiency.heat_multiplier	Heat Multiplier: %1$s	热量乘数：%1$s
reactor.bfr.efficiency.laser_min_energy	Laser Impulse min energy: %1$s	激光冲激最低能量：%1$s
reactor.bfr.efficiency.laser_min_energy_descr	Avoid negative effects of Hm (1 minute)	规避热量乘数的负面效果（1分钟）
reactor.bfr.efficiency.laser_ready_button	Ready for Laser Impulse	已可接受激光冲激
reactor.bfr.efficiency.target_reactivity	Target Reactivity: %1$s	目标反应性：%1$s
reactor.bfr.efficiency.tr	TR	目标
reactor.bfr.efficiency_bad	Reaction Efficiency is bad	反应效率较差
reactor.bfr.efficiency_good	Reaction Efficiency is good	反应效率良好
reactor.bfr.efficiency_tab	Efficiency	效率
reactor.bfr.logic.efficiency	Efficiency	效率
reactor.bfr.logic.error_level	Error Level	误差水平
reactor.bfr.logic.injection_down	-2 Injection Rate	-2 输入速率
reactor.bfr.logic.injection_up	+2 Injection Rate	+2 输入速率
reactor.bfr.logic.reactivity_down	- Reactivity	- 反应性
reactor.bfr.logic.reactivity_up	+ Reactivity	+ 反应性
reactor.bfr.logic_general_tab	General	通用
reactor.bfr.logic_help1	Logic ports used for automation	用于自动化的逻辑端口
reactor.bfr.logic_help2	Output signal strength represents value divided by 15	输出信号强度会分为离散的15级
reactor.bfr.logic_help3	CR adjustments uses input signal strength value	当前反应性会参照输入信号的强度调整
reactor.bfr.logic_help4	Use computers for accurate automation	精确自动化请使用电脑
reactor.bfr.logic_in_tab	Input Signals	输入信号
reactor.bfr.logic_out_tab	Output Signals	输出信号
reactor.bfr.might_explode	Reactor might explode!	反应堆有可能爆炸！
reactor.bfr.might_turnoff	Reactor might turn off!	反应堆有可能停堆！
reactor.bfr.reactor_help1	Keep EF higher than 80% by adjusting	调整当前反应性，使其接近目标
reactor.bfr.reactor_help3	Automate this process with Logic Adapters	使用逻辑适配器可自动化此过程
reactor.bfr.reactor_help_heat_multiplier1	Hm affects how often TR changes	热量乘数根据等离子体温度计算
reactor.bfr.reactor_help_heat_multiplier2	It depends on plasma temperature	它会影响目标反应性的变动频率
reactor.bfr.reactor_help_heat_multiplier3	At some conditions Hm becomes 0	在某些情况下，热量乘数会变为0
reactor.bfr.reactor_helps2	CR as close as possible to TR.	以保持效率超过80%
reactor.bfr.stats.active	Liquid-Cooled	液冷
reactor.bfr.efficiency.reactivity_down_button	-5	-5
reactor.bfr.efficiency.reactivity_up_button	+5	+5

better-fusion-reactor-for-mekanism/1.20-术语检查

Key	英文	中文	检查结果
block.bfr.fusion_reactor_frame	Fusion Reactor Frame	聚变堆框架	✔ 术语 frame => 框架, 展示框
block.bfr.irradiated_copper_ore	Irradiated Copper Ore	辐照铜矿石	✔ 术语 copper ore => 铜矿石 ✔ 术语 copper => 铜 ✔ 术语 ore => 矿石
block.bfr.irradiated_gold_ore	Irradiated Gold Ore	辐照金矿石	✔ 术语 gold ore => 金矿石 ✔ 术语 gold => 金 ✔ 术语 ore => 矿石
block.bfr.irradiated_iron_ore	Irradiated Iron Ore	辐照铁矿石	✔ 术语 iron ore => 铁矿石 ✔ 术语 iron => 铁 ✔ 术语 ore => 矿石
block.bfr.irradiated_lead_ore	Irradiated Lead Ore	辐照铅矿石	⚠ 术语异常 lead => 拴绳 ✔ 术语 ore => 矿石
block.bfr.irradiated_osmium_ore	Irradiated Osmium Ore	辐照锇矿石	✔ 术语 ore => 矿石
block.bfr.irradiated_tin_ore	Irradiated Tin Ore	辐照锡矿石	✔ 术语 ore => 矿石
block.bfr.irradiated_uranium_ore	Irradiated Uranium Ore	辐照铀矿石	✔ 术语 ore => 矿石
description.bfr.irradiator	Uses High Energy Particles and Radiation to transform items	使用高能粒子和辐射转化物品	✔ 术语 items => 物品 ⚠ 术语异常 particles => 粒子效果
description.bfr.reactor.logic.efficiency	100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
description.bfr.reactor.logic.error_level	100% = full redstone signal strength (15 blocks). 1 block ~ 7%	100%代表最高强度的红石信号（强度15），每1点强度约对应7%	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
description.bfr.reactor.logic.injection_down	Input redstone impulse any strength	接受任意强度的红石信号	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
description.bfr.reactor.logic.injection_up	Input redstone impulse any strength	接受任意强度的红石信号	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
description.bfr.reactor.logic.reactivity_down	Redstone impulse will decrease CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）降低当前反应性	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
description.bfr.reactor.logic.reactivity_up	Redstone impulse will increase CR by the strength of impulse (1-15)	根据红石信号的强度（1-15）升高当前反应性	✔ 术语 redstone => 红石 ⚠ 术语异常 redstone => 红石粉 ⚠ 术语异常 strength => 力量
irradiator.bfr.has_source	Radiation source: OK	辐射源：有效	⚠ 术语异常 ok => 确定
reactor.bfr.efficiency.current_reactivity	Current Reactivity: %1$s	当前反应性：%1$s	⚠ 术语异常 current => 当前分辨率
reactor.bfr.efficiency.target_reactivity	Target Reactivity: %1$s	目标反应性：%1$s	⚠ 术语异常 target => 标靶
reactor.bfr.efficiency_bad	Reaction Efficiency is bad	反应效率较差	✔ 术语 efficiency => 效率
reactor.bfr.efficiency_good	Reaction Efficiency is good	反应效率良好	✔ 术语 efficiency => 效率
reactor.bfr.efficiency_tab	Efficiency	效率	✔ 术语 efficiency => 效率
reactor.bfr.logic.efficiency	Efficiency	效率	✔ 术语 efficiency => 效率
reactor.bfr.logic.reactivity_down	- Reactivity	- 反应性	✔ 术语 - => -
reactor.bfr.logic_general_tab	General	通用	✔ 术语 general => 通用
reactor.bfr.logic_help1	Logic ports used for automation	用于自动化的逻辑端口	⚠ 术语异常 used => 使用
reactor.bfr.logic_help2	Output signal strength represents value divided by 15	输出信号强度会分为离散的15级	⚠ 术语异常 strength => 力量
reactor.bfr.logic_help3	CR adjustments uses input signal strength value	当前反应性会参照输入信号的强度调整	⚠ 术语异常 strength => 力量
reactor.bfr.reactor_help_heat_multiplier2	It depends on plasma temperature	它会影响目标反应性的变动频率	⚠ 术语异常 on => 开

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