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Datascope_IABP使用培训
IABP全称“Intra Aortic Balloon Pump”，中文全称“主动脉内球囊反搏泵”，是一种按反搏动原理设计的对衰竭的左心提供辅助的机械装置
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&【学术】IABP并不能改善急性心梗患者的死亡率...
宝宝1岁2个月LV.14
　　【学术】IABP并不能改善急性心梗患者的死亡率，二者之间的相关性仍不确定
长城国际心脏病学会议
长城国际心脏病学会议
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　　 （英文原文） Intra-aortic Balloon Pump Therapy for Acute Myocardial Infarction
　　 Importance
Intra-aortic balloon pump (IABP) therapy is a widely usedintervention for acute myocardial infarction with cardiogenic shock.Guidelines, which previously strongly recommended it, have recently undergonesubstantial change.
　　 Objective To assess IABP efficacy in acute myocardial infarction.
　　 DataSources Human studies found in Pubmed,Embase, and Cochrane libraries through December 2014 and in reference lists ofselected articles. Search strings were “myocardial infarction” or “acutecoronary syndrome” and “intra-aortic balloon pump” or “counterpulsation.”
　　 StudySelection Randomized clinical trials(RCTs) and observational studies comparing use of IABP with no IABP in patientswith acute myocardial infarction.
　　 DataExtraction and Synthesis
Two reviewersindependently extracted the data, and risk of bias in RCTs was assessed usingthe Cochrane risk of bias tool. We conducted separate meta-analyses of the RCTsand observational studies. Data were quantitatively synthesized usingrandom-effects meta-analysis.
　　Main Outcomes andMeasures Thirty-day mortality.
　　 Results
There were 12 eligible RCTs randomizing 2123 patients. In theRCTs, IABP use had no statistically significant effect on mortality (odds ratio[OR], 0.96 [95% CI, 0.74-1.24]), with no significant heterogeneity among trials(I2 = 0%; P = .52). This result was consistent when studies werestratified by the presence (OR, 0.94 [95% CI,0.69-1.28]; P = .69, I2 = 0%) or absence (OR, 0.98 [95% CI,0.57-1.69]; P = .95, I2 = 17%) of cardiogenic shock. There were 15eligible observational studies totaling 15 530 patients. Their results weremutually conflicting (heterogeneity I2 = 97%; P < .001), causingwide uncertainty in the summary estimate for the association with mortality(OR, 0.96 [95% CI, 0.54-1.70]). A simple index of baseline risk markerimbalance in the observational studies appeared to explain much of theheterogeneity in the observational data (R2meta = 46.2%; P < .001).
　　 Conclusionsand Relevance Use of IABP was not foundto improve mortality among patients with acute myocardial infarction in theRCTs, regardless of whether patients had cardiogenic shock. The observationalstudies showed a variety of mutually contradictory associations between IABPtherapy and mortality, much of which was explained by the differences betweenstudies in the balance of risk factors between IABP and non-IABP groups.
　　 来源： CardioSource Journal scans （ March 30 ， 2015 ）
　　IABP 并不能改善急性心梗患者的死亡率，二者之间的相关性仍不确定（中文摘要）
　　 随机临床试验（ RCT ）结果显示，无论患者是否遭遇心源性休克，主动脉内球囊反搏泵（ IABP ）并不能改善急性心梗患者的死亡率。观察性研究结果表明， IABP 疗法与死亡率之间的相关性仍相互矛盾，这很大程度上是由于研究间存在的差异—— IABP 和非 IABP 组之间危险因素的均衡性。
　　IABP 疗法是被广泛用于救治急性心梗合并心源性休克的一种干预措施。既往强烈推荐这种疗法的指南近来已发生很大变化。本荟萃研究纳入在急性心梗患者中比较使用和不使用 IABP 的 RCT 和观察性研究，旨在评估 IABP 的疗效。
　　 纳入 12 项 RCT （ 2123 例患者被随机分组）的荟萃分析结果显示，采用 IABP 对急性心梗患者的死亡率并无统计学显著作用（ OR ： 0.96 ，试验之间无显著差异，
P =0.52 ）。这一结果与根据是否存在心源性休克进行分层的研究结果一致。此外， 15 项观察性研究（共 15530 例患者）所得出的结果相互矛盾（
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星系核心 汉化版
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小小的玩了一把，发现打不赢极光。。。然后一气之下搞了一万多艘人类宝石。。。结果没打赢。。。当时我战无不胜，还没遇到这么棘手的家伙。。。看了攻略，发现要带弹药。。。然后我赢了。。。
小小的玩了一把，发现打不赢极光。。。然后一气之下搞了一万多艘人类宝石。。。结果没打赢。。。当时我战无不胜，还没遇到这么棘手的家伙。。。看了攻略，发现要带弹药。。。然后我赢了。。。
求汉化更新！
求汉化更新！
已经造了29个甲烷处理器了，但是燃料好像没有产出，bug？
已经造了29个甲烷处理器了，但是燃料好像没有产出，bug？
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链接：英文原版地址以及部分翻译（似乎没什么用？）（随我的英文原版进度更新）：/topic/294404（感谢）英文原版：/gamez/002
链接：英文原版地址以及部分翻译（似乎没什么用？）（随我的英文原版进度更新）：（感谢）英文原版：/gamez//live/game.html我的游戏进度：完全开发盖亚，瓦里西斯，水母和俄尔普斯。半开发立翁。正在探索贸易立国路线。探索解决供求不平衡的办法（建筑成指数增长，花费太大，产能跟不上）。英文版更新内容：1.更新了星际航行的页面游戏核心内容：1.各种造价是指数增长；矿场和工厂造价根本不成比。2.船太贵；战斗系统很蛋疼，预判困难。考验预判。3.本质上是一个贸易游戏。【前期】星球：盖亚、瓦里西斯、水母、 俄尔普斯——资源需求有时候在成指数建造需求下，再花费大量资源提升微量产能是不划算的。那个范围被称为：最大等级。铁：需求量无限，长期匮乏。铁矿最大等级为95级，制约条件为铁。钢：需求量无限，受限于石墨，运输困难。钛：需求量无限，受限于电力，长期匮乏。沙子-硅：沙子的唯一用途就是用来冶炼硅了。和塑料一同用来造工业产品。（建议送到盖亚造太阳能或卖掉）石油-塑料：石油开始时可以补下燃料，但最好攒着开塑料工厂。俄尔普斯可以甲烷+水造塑料。（建议越早拿下利翁越好，双倍塑料产出）甲烷-燃料：火电原料，（就盖亚和瓦里西斯两星上不够用）甲烷最大等级为75级，制约条件是钛。冰-水：工业原料，俄尔普斯工业需求。建议构建俄尔普斯-瓦里西斯的氢气、塑料-建筑材料、水双线贸易。碳：裂变核电燃料，大量需求（主要是拿来盖电厂）。建议尽早出核电科技。碳矿最大等级为60级，制约条件是钛。铀：裂变核电燃料，大量过剩。氢：聚变核电燃料。毫无本土电解的必要，建议从俄尔普斯运，100M就足够用上好几个星期。电路：生产困难，建议进口。——工业建议就一个例子，谈谈为何水压发电厂会存在。是作者为了降低游戏难度而设立的，可以想到，玩到中后期，就水母星上单纯的火电，太阳能（效率还算高），水电是难以发展的，作者为了增强水母星（就像其他星上有裂变和聚变核电一样），给水母星加了水电。各种发电方式最好混搭。因为当建筑材料成本上升到一定程度之后，通过提高燃料消耗来大幅度降低建筑材料消耗，会成为一种明智的决策。——星球分析及布局建议-盖亚-（辅助星球)推荐发电方式：主流核电，辅助火电（大小）、太阳能。特点：类型全，可以自给自足。可以盖工厂。石墨大量过剩，拿一点来发电，剩下全部输给瓦伦西斯。塑料轻微过剩（缺硅，没地方用），输给瓦伦西斯，燃料过剩（拿来发电是不够用的）不建议挖沙，太耗电。可以在能量可承受范围内，适当发展塑料厂，多余的石油可以输给瓦里西斯。建议优先：石墨矿，钢厂，钛矿-瓦里西斯-（前期主力工业星球）推荐发电：主流核电，辅助火电特点：双倍甲烷，一点五倍钛。.缺石墨，但双倍甲烷保证了能量。建议优先：钛矿，甲烷矿，燃料厂，塑料厂，硅厂，-水母-推荐发电：火电（水电）特点：大量沙子。钢靠外运，铁不能自足，钛大量过剩。可以深海炼油好评，油可以运到瓦里西斯做塑料。不建议本地发电，因为油料很宝贵。建议优先：砂矿，炼油厂，海洋研究中心（是普通实验室的三倍之多）。-俄尔普斯-推荐发电：火电特点：可以直接无耗能产氢，建议运给其他星发电。聚合釜可以无油造塑料，就是耗能高。可以适当本地造燃料，但非常吃塑料。建议优先：聚合釜，不知道啥名中心（普通实验室的两倍多）——贸易-前期刷钱——沙硅贸易-约10K块可以买1k沙子，每1k沙子可以产出1k硅（并且占用50能量），1k硅大概可以卖2200K块。220倍的毛利润。但因为硅太贵了，市场需求上涨很慢。不知为何，贸易很卡。点半天卖不出东西。（换了一条网线，好多了）ps：作为原料的硅比电路便宜。电路才120块钱一个。建议秒硅。-运输线参考-（七号线包括了给俄尔普斯运水，因为聚合釜产塑料要水）-造船成本-并不在行计算公式（实际上也不知道那公式是如何摸索出来的），在这里只是从经济的角度分析。（感人的无动力飞船）运输效率公式：效率=运量*速度，性价比公式：首先是运输船，前期一般有四种选择，一是ZB03小型货船，二是ZB04快速货船，三是ZB22运输舰，三是ZB50运输舰。我们先对比（第三世界用的）03型和04型：03型属性：造价80k铁5k钛；0.3速；10k运量；04型属性：造价80k铁10k钛；0.5速；8k运量；可求得03型效率为3,04型效率为4。03型4.5k块钱，04型7.8k块钱。因此，造04型划算再来对比（第一世界用的）22型和50型：22型属性：造价100k钛20k塑料0.5k电路；1.2速；200k运量50型属性：造价35k塑料，1.5k电路；0.8速；5000k运量22型折合市场价格一艘约为140K块钱，50型195K块钱，50型略贵。22型效率为240,50型运输效率为4000。因此，造50型划算。某大神的数据：&1，HP=血量，能量=攻击，装甲=防御，重量=影响装载引擎提升速度的程度，仓储=装载物资量&2，同类战舰，装甲可以叠加，我方舰队总装甲>敌方舰队总能量，则我方受到伤害=0，混编舰队有可能受到伤害。&3，我方舰队总能量-敌方舰队总装甲>1/3敌方舰队总HP，并且我方舰队为混编舰队，有一定炮灰舰队，则我方主力舰可以低损或无损战胜&4，舰队装载弹药可以提高能量，转载装甲可以提高装甲，装载引擎可以提高速度，装载弹药性价比最高。（注：，汉化版的装载弹药加成非常高，英文版增加了战舰伤害减免对此修正）【前中期】星球：利翁
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=
//游戏进程速度修改 有生之年我要通关//舰队速度+&for (var i=11;i&15;i++){ships[i].speed = i / 10}for (var i=1;i&17;i++){ships[i].speed *= 3}ships[0].speed = 10fo
//游戏进程速度修改 有生之年我要通关//舰队速度+&for (var i=11;i<15;i++){ships[i].speed = i / 10}for (var i=1;i<17;i++){ships[i].speed *= 3}ships[0].speed = 10for (var j=0; j < ships[0].cost. j++){ships[7].cost[j] /= 100; ships[9].cost[j] /= 100}//科研花费- 系数-for (var i = 0; i < researches. i++){researches[i].researchPoint /= 10, researches[i].mult -= (researches[i].mult - 1) / 2}//所有建筑无视行星类型 仅当改资源存在时var reNames = new Array("lava","desert","ice","terrestrial","metallic","ocean","gas giant")for (var j=0;j<buildings.j++)(buildings[j].environment = reNames)//硅晶炉 水冷柜 冰溶炉 电解水 产量+for (var j = 0; j < buildings[0].resourcesProd. j++){ buildings[50].resourcesProd[21] *= 10; buildings[53].resourcesProd[j] *= 10; buildings[59].resourcesProd[j] *= 10; buildings[63].resourcesProd[j] *= 25;}buildings[50].resourcesProd[21] *= 10;//母星所有资源X2for (var i = 0; i < planets[0].baseResources. i++){planets[0].baseResources[i] = 2}//建筑花费- 系数-var kfor (var i=0; i<buildings. i++){
for (var j = 0; j < buildings[0]. j++){
buildings[i].resourcesCost[j] /= 10; buildings[i].resourcesMult[j] -= (buildings[i].resourcesMult[j] - 1) / 2;}}
//星系核心汉化版 在原版地址 按F12 在Console控制台(多数情况下按F12进去就是) 粘贴下面代码//原版地址/gamez//liv
//星系核心汉化版 在原版地址 按F12 在Console控制台(多数情况下按F12进去就是) 粘贴下面代码//原版地址
原版地址：/gamez//live/game.htm·l（没有一点）机翻+初三水平的英语翻译，可以指出错误，勿喷如果有什么觉得需要补充修改的可以在下面回复注意
原版地址：/gamez//live/game.htm·l（没有一点）机翻+初三水平的英语翻译，可以指出错误，勿喷如果有什么觉得需要补充修改的可以在下面回复注意屏蔽词：1.u·r & &2.m·l & 3.s·m & &4.a·s·s中间打的点请无视更新：6.191.更新了有关舰队的一些内容6.201.更新了量子物理相关目录（使用Ctrl+F并输入搜索内容）零.界面（本来我是不需要的但还是加上吧）一.资源二.萃取（Extraction）三.生产（Production）（注：有些建筑需要占领指定星球才能建造）4.能量（Energy）（由于能量容易和其他内容弄混，搜索时最好输入“一.能量”而不是“能量”）五.其他（Other）六.舰队七.研究（有一些解锁已经升级了看不见求补充）（果然没人理我）八.贸易——————————————————————————————————————————零.界面萃取（Extraction）生产（Production）能量（Energy）其他（Other）舰队（Fleet）研究（Research）地图（Map）帝国（Empire）建筑（Building）Type类型（决定能够建造什么建筑）①Terrestrial planet类地行星特有建筑：Hunting Spot狩猎场，Residential Complex住宅小区②Ice planet冰冻行星&特有建筑：Ice Drill钻冰机，Arctic Fishing Outpost北极渔业中心，Cryogenic Laboratory低温实验室，Rhodium Extractor铑萃取，Residential Complex住宅小区③Ocean planet海洋星球&特有建筑：Pumping Platform抽取平台，Submerged Metal Mine水下金属矿，Submerged Sand Mine水下砂矿，Algae Oil Farm海藻油农场，Underwater Oil，Refinery水下炼油厂，Hydrothermal Plant水热厂，Hydroelectric Plant水电厂，Pressu·rized Water Reactor压水式反应堆，Oceanographic Center海洋研究中心，Human Aquarium人类水族馆④Gas giant planet气态巨行星，Orbital Colony轨道殖民地特有建筑：Methane Harvester甲烷采集车，Hydrogen Condenser氢冷凝器，Floating Fuel Converter浮动燃料转化器，Floating Greenhouse浮动温室，Polymerizer聚合釜，Floating Generator漂浮式发电机，Floating Reactor浮动反应堆，Fluidodynamics Center纳美仕中心，Orbital Colony轨道殖民地，Particle Accelerator粒子加速器，Antimatter Collider反物质对撞器⑤Metallic planet金属星球特有建筑：Rhodium Extractor铑萃取，Residential Complex住宅小区⑥Lave planet熔岩星球特有建筑：Lava&Mine熔岩矿，Carbon-Sulfu·r Mine碳-硫 矿，Rhodium Extractor铑萃取，Vulcan Observatory火山气象台，Orbital Colony轨道殖民地⑦Desert planet沙漠行星特有建筑：Sand Mine砂矿，Rhodium Extractor铑萃取，Residential Complex住宅小区2.Radius半径（暂未发现作用，和居住空间没发现什么关系）3.Temperatu·re温度（和轨道距离一起决定太阳能效果）（冰星球和熔岩星球其实1就已经决定了）4.Atmosphere大气Oxygen氧气CO2二氧化碳Hydrogen氢气Methane甲烷Su·rful硫磺（气体）5.Orbital Distance轨道距离（和温度一起决定太阳能效果）6.Influence影响（在一定程度上决定攻占难度）7.Energy Prod能量产出EnergyCons能量消耗Balance平衡（可为负数）Efficiency效率（决定耗电建筑工作效率，0-100%，由能量产出占能量消耗百分比决定）8.Population Growth人口增长 &y=year=1游戏年Population人口（人口会消耗食物，这应该是常识吧？）Habitable Space居住空间9.各种资源名称——这个星球可以开采的资源和产量的倍数——————————————————————————————————————————一.资源Energy 能量Iron 铁 & & & & & & & & &&Steel 钢Titanium 钛Silicon 硅Graphite 石墨Oil 石油Fuel 燃料Hydrogen 氢Methane 甲烷Water 水U·ranium 铀Rhodium铑Plastic 塑料Circuit 电路Nanotubes纳米管Ice 冰Food食物Ammunition弹药（弹药，铀弹，锝弹皆可装配在舰队上提高能量，不同战舰上效果也不同，其他条件相等时，效果为1:2:3，推荐使用铀弹）Sand 沙Empty cryocell空的cryocellCoolant冷凝液Armor装甲Empty battery空电池Full battery满电池U-ammunition铀弹药T-ammunition锝弹药Sulfu·r硫磺Antimatter反物质Ammonia氨Research Points研究点数population人口Ammonia氨Loaded cryocell装满的cryocell（总的来说就是冷冻的人类）有一种罪恶的贸易，叫做人口贸易，无限人口……——————————————————————————————————————————二.萃取·Mining Plant（行星采矿机）铁+·Methane Extractor（甲烷抽取器）甲烷+·Graphite Extractor（石墨开采机）石墨+·Oil Pump（石油泵）石油+·Metal Collector（金属收集器）钛+ 铀+能量-·Sand Quarry（采沙场）沙+能量-·Water Pump（水泵）水+能量-·Pumping Platform（抽取平台）水+·Submerged Metal Mine（水下金属矿）铁+ 钛+ 铀+·Submerged Sand Mine（水下砂矿）沙+ 石墨+·Methane Harvester（甲烷采集车）甲烷+·Hydrogen Condenser（氢冷凝器）氢+·Ice Drill（钻冰机）冰+·Hunting Spot（狩猎场）食物+·Arctic Fishing Outpost（北极渔业基地）食物+·Carbon-Sulfu·r Mine（碳-硫 矿）石墨+ 硫+能量-·Lava Mine（熔岩矿）钛+能量-·Rhodium Extractor（铑萃取）铑+ 钛+（为什么不是铑和铁呢？不过钛的确挺多的）能量-·Sand Mine（砂矿）沙+——————————————————————————————————————————三.生产·Methane Processor（甲烷处理器）燃料+甲烷-·Foundry（铸造厂）钢+铁- 石墨- 燃料-·Oil Refinery（炼油厂）燃料+石油-·Plastic Factory（塑料工厂）塑料+石油- 能量-·Sand S·melter（砂石熔炉）硅+沙- 能量-·Electronic Facility（电子设备）电路+硅- 塑料- 能量-·Electrolyzer（电解器）氢+（不推荐使用，最好从气态星球运）水- 能量-·Algae Oil Farm（海藻油农场）石油+水- 能量-·Underwater Oil Refinery（水下炼油厂）燃料+石油-·Water Freezer（水冷柜）冰+能量- 水-·Ice Melter（冰熔炉）水+燃料- 冰-·Polymerizer（聚合釜）塑料+甲烷- 水- 能量-·Floating Fuel Converter（浮动燃料转化器）燃料+甲烷-·Ice Drill（钻冰机）冰+·Ammunition Factory（弹药工厂）弹药+（装载在战舰上提升能量也就是攻击，不建议直接装弹药）钢- 燃料- 塑料- 能量-·Nanotubes Factory（纳米管工厂）纳米管+石墨- 氢气- 塑料- 能量-·U·ranium Shell A·s·sembler（铀外壳装配厂）铀弹+（同弹药，但效果更好）铀- 弹药- 能量-·Battery factory（电池工厂）空电池+钢（大量，19级科技100个铸造厂才带的动一个）- 氢气- 能量-·Biofuel Refinery(生物燃料炼油厂）石油+ 燃料+水- 食物-·Bioplastic Synthesizer（生物塑料合成器）塑料+水- 食物- 能量-·Floating Greenhouse（浮动温室）食物+水- 能量-·Nanotubes Dome（纳米管穹顶）纳米管+石墨- 氢气- 水- 塑料- 能量-·Coolant Factory（冷凝液工厂）冷凝液+F甲烷- 冰- 能量-·Armor Factory（装甲工厂）装甲（装载在战舰上提升HP和装甲）+钢- 钛- 塑料- 能量-·Robots Factory（机器人工厂）机器人+钢- 电路- 纳米管- 冷凝液- 满电池- 能量-·Technetium Fissor（锝Fissor）锝+铀-（铀终于有点用了）（核电反应堆完全用不了这么多铀）·Halean A.I Center（Halean A.I.中心）（较稳定的机器人来源，绕过了冷凝液和纳米管，不过电池工厂还是带不动）机器人+锝- 电路- 满电池- 能量-·Engine Factory（引擎工厂）引擎+钢- 钛- 石油- 塑料- 电路- 冷凝液- 能量-·T-Ammunition A·s·sembler（锝弹装配厂）锝弹+（同弹药和铀弹，不建议直接带钛弹）钢- 锝- 铀弹- 能量-·Rhodium Sand S·melter（铑砂冶炼厂）硅+铑- 沙- 能量-·Particle Accelerator（粒子加速器）反物质+氢- 能量-——————————————————————————————————————————4.能量（大写被屏蔽了）·S·mall Generator（小型发电机）能量+燃料-·Thermal Plant（火力发电机）能量+燃料-·Solar Central（太阳能中心）能量+（什么，你看不起太阳能？）·Nuclear Powerplant（核电站）能量+石墨- 铀-·Fusion Reactor（聚变反应堆）能量+氢气-·Hydrothermal Plant（水热厂）能量+燃料- 水-·Hydroelectric Plant（水电厂）能量+水-·Pressu·rized Water Reactor（压水式反应堆）能量+水- 铀-·Floating Generator（漂浮式发电机）能量+燃料-·Floating Reactor（浮动反应堆）能量+氢-·Battery Power Plant（电池发电厂）空电池+ 能量+满电池-（电池有损耗）·Antimatter Collider（反物质对撞器）能量+反物质- 氢-——————————————————————————————————————————五.其他（由于游戏中实验室转移到了另一个界面，所以实验室请Ctrl+F搜索“七.研究”）·Shipyard（造船厂）解锁战舰制造，升级能够制造更高级的战舰·Trade Hub（贸易中心）开放该星球的贸易且购买价格减少（所有星球的贸易中心作用是叠加的）·Battery Charger（蓄电池充电器）满电池+空电池- 能量-·Greenhouse（温室）食物+水-·Cryocell Facility（Cryocell设备）空cryocell+钢- 钛- 冰- 能量-·Hibernation Chamber（冬眠室）满cryocell+空cryocell- 能量- 人口-·Dehibernation Chamber（苏醒室）空cryocell+ 人口+满cryocell-能量-（如何向没有人类的星球运输人类？冬眠室冷冻后运输再用苏醒室唤醒就行了）（或者……人口贸易）·Residential Complex（住宅小区）居住空间+·Human Aquarium（人类水族馆）居住空间+·Orbital Colony（轨道殖民地）居住空间+·Clonation Center（克隆中心）人口增长速度+——————————————————————————————————————————六.舰队Colonize+星球名 在xx星球殖民Attack Fleet攻击舰队Merge Fleet合并舰队Merge with Autoroute和自动导航舰队合并Join Hub Fleet加入枢纽舰队Delivery送货？？？（未测试）Load装载Unload卸载Move移动Automatic Route自动导航Divide Fleet分化舰队Rename Fleet重命名舰队Information信息Military Value军事价值？Total Power总计能量Total Armor总计装甲Total HP总计HPSpeed速度Total Storage总计仓储Total Travel Time总计航行时间Storage仓储Storage left剩余仓储Cargo Fleets运输舰队Hub Fleets枢纽舰队War Fleets战争舰队Traveling Fleets 航行中的舰队Market Fleets贸易舰队Auto-routes自动航线Promision/Vasilis………………星球名 &和这个星球有关的自动航线Cancel automatic route取消自动航行Edit automatic route修改自动航线Create Route创建航线Edit Route修改航线附：需科技解锁战舰3级战争艺术解锁，3级战争艺术下属性——————————————————————————————————————————七.研究·Laboratory（实验室）研究点数+能量-·Oceanographic Center（海洋研究中心）研究点数+能量- 水-·Fluidodynamics Center（纳美仕中心）研究点数+能量- 氢-·Bioengineering Center（生物工程中心）研究点数+水- 食物- 能量-·Cryogenic Laboratory（低温实验室）研究点数+冰- 能量-·Halean Laboratory（Halean实验室）研究点数+锝- 能量-·Vulcan Observatory（火山气象台）研究点数+硫- 能量-Buy with Research Points 用研究点数购买（我说为什么突然点不了科技了）（在每条科技的右边）Geology地质学（17条）行星采矿机Mining Plant——铁产能+石墨开采机Graphite Extractor——石墨产能+水下金属矿Submerged Metal Mine——铁产能+水下金属矿Submerged Metal Mine——钛产能+水下砂矿Submerged Sand Mine——沙产能+水下砂矿Submerged Sand Mine——石墨产能+碳-硫 矿Carbon-Sulfu·r Mine——石墨产能+熔岩矿Lava Mine——钛产能+铑萃取Rhodium Extractor——钛产能+金属收集器Metal Collector——钛产能+金属收集器Metal Collector——铀产能+采沙场Sand Quarry——沙产能+砂矿Sand Mine——沙产能+石油泵Oil Pump——石油产能+海藻油农场Algae Oil Farm——石油产能+生物燃料炼油厂Biofuel Refinery——石油产能+Material Science材料科学（6条）铸造厂Foundry——钢产能+塑料工厂Plastic Factory——塑料产能+聚合釜Polymerizer——塑料产能+生物塑料合成器Bioplastic Synthesizer——塑料产能+纳米管工厂Nanotubes Factory——纳米管产能+纳米管穹顶Nanotubes Dome——纳米管产能+LV15允许建造Nanotubes Factory纳米管工厂Chemical Engineering化学工程（3条后期基本咸鱼）甲烷处理器Methane Processor——燃料产能+甲烷采集车Methane Harvester——甲烷产能+炼油厂Oil Refinery——燃料产能+Interstellar Traver星际航行（1条）观测范围+（开地图）LV5解锁贸易Cryogenics低温学（4条）钻冰机Ice Drill——冰产能+冷凝液工厂Coolant Factory——冷凝液产能+cryocell工厂Cryocell Facility——空cryocell产能+，如果（这个等级≤0）允许冰提取低温实验室Cryogenic Laboratory产能+LV1允许采集Ice冰LV10允许建造Coolant Factory冷凝液工厂LV12允许建造Cryogenic Laboratory低温实验室Military Technology军工学（4条）弹药工厂Ammunition Factory——弹药产能+铀外壳装配厂U·ranium Shell A·s·sembler——铀弹产能+装甲工厂Armor Factory——装甲产能+引擎工厂Engine Factory——引擎产能+LV1允许建造Ammunition Factory弹药工厂LV8允许建造U·ranium shell A·s·sembler铀外壳装配厂LV12允许建造Armor Factory装甲工厂LV16允许建造Engine Factory引擎工厂Scientific Research科学研究（1条）研究点（所有种类实验室）产能+Electronics电子学（2条）电子设备Electronic Facility——电路产能+电池工厂Battery Factory——空电池产能+允许生产电路LV1允许建造Electronic Facility电子设备LV8允许生产Battery电池Nuclear Physics核物理（1条）聚变反应堆Fusion Reactor——氢消耗-LV1允许建造NuclearPowerplant核电站LV3允许建造Pressu·rized Water Reactor压水式反应堆LV5允许建造Fusion Reactor聚变反应堆Environment Sciences环境科学（8条）北极渔业基地Arctic Fishing Outpost——食物产能+狩猎场Hunting Spot——食物产能+温室Greenhouse——食物产能+生物燃料炼油厂Biofuel Refinery——燃料产能+生物燃料炼油厂Biofuel Refinery——石油产能+生物塑料合成器Bioplastic Synthesizer——塑料产能+浮动温室Floating Greenhouse——食物产能+生物工程中心Bioengineering Center产能+ &LV1允许建造Arctic Fishing Outpost北极渔业基地Hunting Spot狩猎场Greenhouse温室（应该包括浮动温室？反正当初我没有单独列出浮动温室）Bioplastic Synthesizer生物塑料合成器Biofuel Refinery生物燃料炼油厂Bioengineering Center生物工程中心 & & &Artificial Intelligence人工智能（1条）机器人工厂Robots Factory——机器人产能+LV1允许建造Robots Factory机器人工厂Hydrolgoy水文（7条）水泵Water Pump——水产能+抽取平台Pumping Platform——水产能+海藻油农场Algae Oil Farm——石油产能+电解器Electrolyzer——氢产能+电解器Electrolyzer——水消耗+海洋研究中心Oceanographic Center产能+纳米管穹顶Nanotubes Dome——纳米管产能+Halean Technology&Halean（很遗憾的是字典上也没有，不过和fissor近似的fission是裂变的意思）科技（3条）锝Fissor & TechnetiumFissor——锝产能+Halean A.I.中心 & Halean A.I. Center——机器人产能+Halean实验室 &Halean Laboratory产能+LV1允许建造TechnetiumFissor----锝FissorHalean A.I. Center----Halean A.I.中心Halean Laboratory----Halean实验室Vulcanology火山学（4条）碳-硫矿Carbon-Sulfu·r Mine——石墨产能+碳-硫矿Carbon-Sulfu·r Mine——硫磺产能+熔岩矿Lave Mine——钛产能+火山气象台Vulcan Observatory产能+LV1允许建造Carbon-Sulfu·r Mine碳-硫矿Lave Mine熔岩矿Vulcan Observatory火山气象台（百度翻译火神台……）Qu·ris Art of War战争艺术（为什么u·r要屏蔽呢？）（3条）钛弹装配厂T-Ammunition A·s·sembler产能+所有友方战舰能量，装甲，血量+Foxar（福克斯），Sky Dragon（天空巨龙）能量，装甲，血量+LV1允许建造锝弹装配厂LV3允许建造Auxilia Bete战舰（Metallokopta’s科学）（同样查不到，但Metall开头的metallic是金属般的；金属制的；含金属的）（4条）铑萃取Rhodium Extractor——铑产能+铑萃取Rhodium Extractor——钛产能+铑沙冶炼厂Rhodium Sand S·melter——硅产能+砂石熔炉Sand S·melter——硅产能+（激不激动，感不感动？）LV1允许建造Rhodium Extractor铑萃取Rhodium Sand S·melter铑砂冶炼厂Demographics人口统计学（1条）居住空间Habitable+LV1允许建造Residential Complex住宅小区Human Aquarium人类水族馆LV7允许建造Orbital Colony轨道殖民地（实测是LV6）LV10允许建造Clonation Center克隆中心（实测是LV11）Particle Accelerator量子物理（1条）粒子加速器Particle Accelerator产能+LV1允许建造Particle Accelerator粒子加速器Antimatter Collider反物质对撞器——————————————————————————————————————————八.贸易市场不能无尽的买材料，左边是目前可以买的数量，右边是市场储量增加速度Market coins贸易货币（不需要运输）Exported by在………出口（就是哪里有卖的意思）Buy Price购买价格（每一千）（购买不需要自己的舰队）Sell Price出售价格（每一千）
完全靠初期的运输舰打过去。。。。最后zb03小型运输舰弄了100QA一路打过去。。。。
完全靠初期的运输舰打过去。。。。最后zb03小型运输舰弄了100QA一路打过去。。。。
作弊方法：进入汉化版游戏真实地址：/games/Heart-of-Galaxy-cn/Heart%20of%20Galaxy-CN/index.html 按F12，调出 Console控制台（不行的就换360浏览器或者UC）。输入命令并回车：for (var i
作弊方法：进入汉化版游戏真实地址： 按F12，调出 Console控制台（不行的就换360浏览器或者UC）。输入命令并回车：for (var i=15;i<52;i++){ships[i].req=13} &//解锁NPC的船，13个船厂解锁，但npc的船都不需要原料！严重破坏平衡，慎用！for (var i=15;i<52;i++){ships[i].hp=1} &//所有（单个）敌方飞船的HP只有1for (var i=15;i<52;i++){ships[i].power=1} &//所有（单个）敌方飞船的能量(攻击力)只有1for (var i=15;i<52;i++){ships[i].装甲=1} &//所有（单个）敌方飞船的装甲只有1以上i=15请勿写成0，否则自己的船属性也会变成1.
好多bug。资源。改改自己的电脑时间，资源无限啊。关掉浏览器，把时间改到100年后，再打开浏览器看看吧。运输。造多点船，顺便带上引擎，引擎数量越多越快，每个星球都是秒到，你懂得，再设置两边运引擎+资源。天涯若比邻。打仗。太没难度了，主力舰队带上一点小兵，再带上弹药。你会把敌人一波干死，而自己只死了小
好多bug。资源。改改自己的电脑时间，资源无限啊。关掉浏览器，把时间改到100年后，再打开浏览器看看吧。运输。造多点船，顺便带上引擎，引擎数量越多越快，每个星球都是秒到，你懂得，再设置两边运引擎+资源。天涯若比邻。打仗。太没难度了，主力舰队带上一点小兵，再带上弹药。你会把敌人一波干死，而自己只死了小兵而已。一定要在2-3回合内打死人家，不够就继续步骤1.其它：造船厂的数量决定了你最高能造什么兵。锝铑什么的是浮云，没发现用途。手机版在电脑上玩没广告。
早期马上中期，一开始的几个星球全部占领，有兵的一个也没占领，有核电站了。怎么产塑料？我找不到。
早期马上中期，一开始的几个星球全部占领，有兵的一个也没占领，有核电站了。怎么产塑料？我找不到。
感觉很耐玩，但就是翻译的版本钛低了。必须的加速。希望翻译能快点更新。期待。
感觉很耐玩，但就是翻译的版本钛低了。必须的加速。希望翻译能快点更新。期待。
为什么艾普斯不能修建筑物啊（就是萃取里面的建筑）。是BUG？
为什么艾普斯不能修建筑物啊（就是萃取里面的建筑）。是BUG？
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