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Chapter4EXPLANATIONFORAWORKINGINVENTION第4章一个已实现发明的讲解Whenamathematicianengagedininvestigatingphysicalactionsandresultshasarrivedathisownconclusions,maytheynotbeexpressedincommonlanguageasfully,clearly,anddefinitelyasinmathematicalformulae?Ifso,wouldItnotbeagreatboontosuchaswelltoexpressthemsotranslatingthemoutoftheirheiroglyphicsthatwemightalsoworkuponthembyexperiment?-MichaelFaradaytoJamesClerkMaxwell,1857当一个数学家忙于研究已他经有定论的物理运动和结果时，它们也许不能用通俗、明确、肯定的语言如数学公式来表达？如果这样，这将不一个大恩惠对可以将难以理解的文字翻译过来的人们，我们可以用实验来解释？法拉第致麦克斯韦，1857注：不大明白说什么，可能是说如果总觉得说明白了不好，还是实验更好。Iwillnowpresentanexplanationforaworkinginventionwhichutilizestheenergywithinmagneticfieldsandproducesmoreenergythanisintroducedintothesystemfromanexternalenergyinput.Donotatthispointreflectpoorlyuponyourselfandblindlystateperpetualmotion.Simplyput,thetechnologicalprocesswhichIwilldiscussconvertsmassintoenergyona100%conversionprocessviaE=MC2.我现在提出一种可以有效工作的发明，它利用磁场中的能量，产生多于系统输入的能量。不要盲目的认为这是“永动机”。我将简单的讨论将物质100%转换为能量的科学过程，遵守E=MC2.14.IbelieveitisimperativetoreiteratethattheenergyinanymagneticfieldistheenergywhichcomposestheelementsoftheatomandisliterallyEinstein'sEquationofE=MC2.Suchenergyintheformofgyroscopicparticlesisthebasicbuildingblockofallmatterandprovidesthebasisfortheconceptualinterfacebetweenenergyandmatter.这坚信反复重申磁场中的能量来自于物质中的原子并遵守E=MC2是重要的。这样的陀螺子式的能量是构成物质的基石，提供基础的能量和物质的交互。ThefollowingfactswillclearlydemonstrateafundamentalunderstandingwhichpreparesthereaderforamorethoroughcomprehensionofhowonetechnologicalembodimentofthisPioneeringInventioncanbebuilt.下面的实事将清楚的展示一个基础的理解，给读者关于这个能被建造的首创发明的具体技术更深入的理解。A.Thepriorteachingsindicatethatcopperisnonmagneticandthattheresultingmagneticfieldassociatedwithcurrentflowincopperistheresultofthecurrent.原有的教学第一点指出铜是没有磁场的，磁场和电流的关联是电流的结果。B.Thoseteachingsaretotallywrong.Copperisextremelymagnetic!Itissomagneticthatitdeceivestheobserver.Example:这些学说是完全错误的。铜是有极强磁性的！它磁性强到误导了观察者。例如：TurnthecurrentonasinFigure14-B1andamagneticfieldwilloccurveryquickly.ThenturnthecurrentoffasinFigure14-B2andthemagneticfieldveryquicklydisappearswithnoremnantofthemagneticfieldobservedinthecoppermaterial.Ifonethenplacesamagnetclosetothecopper,itisnotobservedtobenoticeablymagnetic.Therefore,oneiseasilydeceivedsinceconventional,so-calledmagneticmaterialsgenerateadifferentresult.Example:改变图14-B1中的电流方向，磁场将迅速改变。之后断开电流如图14-B2磁场将迅速消失，在铜材料中没有残余的幸亏被观察到。如果一个人拿一个磁体靠近铜，没有明显的磁现象。因此，人们非常容易的被欺骗了，因为传统的被叫做磁体的材料会有一个不同的结果。例如：Byplacinganironcorewithinacoppercoil(asinFigure14-B3)andturningthecurrenton,asignificantlystrongermagneticfieldwillbegeneratedthaninFigure14-B1[forthesameenergyinput].Now,turnoffthecurrentasinFigure14-B4andtherewillbeasmall,remnantmagneticfieldsurroundingtheironcore.Ifamagnetisplacedneartheironcore,themagnetwillbevisiblyaffected.However,oneiseasilydeceivedbythesetestsandcanbemisleadintobelievingthatcopperisnon-magnetic.ThisisexactlywhathappenedtoHansChristianOerstedin1820whenhefirstdiscoveredthatanelectriccurrentproducedamagneticfieldwhichwouldcauseamagnettoalignatrightanglestotheconductingwire.Oerstednotedthatthedeflectionofthemagnetlastedonlyaslongasthecurrentwasflowingthroughtheconductingwireandhence,suchmagneticactioncouldnotbecausedbythe(copper)wire,butmustbearesultofthecurrentitself.Thissameincorrectconclusionisstillrigidlytaughttothisday.通过放置一个铁芯在铜线圈中（如图14-B3）并接通电流，一个有重要意义的比图14-B1中更强大磁场将产生【用同样的能量输入】。现在断开电流，如图14-B4，铁芯会有一个很小的残余磁场。如果一个磁体接近铁芯，磁体将明显被影响。然而，人们被非常容易被这些实验欺骗并被带入歧途，相信铜是没有磁性的。这恰恰发生在奥斯特1820年观察到电流产生了一个能产生一个引起磁体相对导线产生一定角度偏转时。奥斯特发现偏转只有在电流流过导线时发生，因此这种磁体运动不能由（铜）导线引起，一定是电流自身的结果。同样不正确的结论今天仍然在用于教学。Thefollowingfactswillclearlyprovethatcopperisbigblymagneticrelativetothespeedofatomalignment/unalignmentaswellastheaction/reactioneffectoftheenergyrelease(intheformofthegyroscopicparticlespreviouslydiscussed)fromtheatomscomprisingthecopperwire!下面的事实将清楚的证明铜的磁性大小既关系到原子排序/混乱的速度，也关系到组成铜线的原子释放（以前面讨论的陀螺子形式）的能量的行动/反应！Thepriorteachingsindicatethatcopperisnon-magneticandthattheresultingmagneticfieldassociatedwithcurrentflowincopperistheresultofthecurrent.Thoseteachingsaretotallywrong.Copperisextremelymagnetic!Itissomagneticthatitdeceivestheobserver.原有的教学指出铜是没有磁性的，磁场和铜中电流的关系是电流的结果。这种学说是完全错误的。铜是极具磁性的！它的磁性强到误导了观察者。C.WhatthePriorArtteaches:Hypothetically,ifoneimposescurrentintoa(copper*)conductorcoilofpureinductance,thesamecurrentwouldbereturnedasthatwhichwasinitiallyplacedintothe(copper*)conductingcoil.(SeeFigures14-C1and14-C2.)原来的学说：假设，如果加大进入纯自感（铜）导体线圈的电流，同样的电流将返回，如开始输入（铜）导体线圈中的。（看图14-C1和14-C2。）[*Thisprocessisinnowaylimitedtocopper.Actually,onecanutilizeanysuitablematerialsforconducting,e.g.,super-conductingmaterialssuchasniobiumtin,etc.]这个过程中不只可以用铜。实际上，可以用任何合适的导体材料，如超导材料铌锡等。Physicallyspeaking,thissimplymeansthattheenergycontainedwithinthemagneticfield-whengeneratedbypositive(+)currentflowinonedirection-isreturnedbythecollapsingmagneticfieldasnegative(-)currentflowwhenthecurrentflowreversesdirection.物理上讲，这简单的意味着磁场中的能量-由正向电流在一定方向流动产生-被返回，通过电流反向产生的负电流瓦解磁场。D.ThePriorArtalsoteachesKirchhoff’sLawwhichstates:thesameamountofcurrentplacedintoasystem(asacopperconductor)foragiven-ins