高頻引力波在電磁環(huán)形腔和Tokamak焦點區(qū)域的時空擾動效應(yīng).pdf

1、重慶大學(xué)碩士學(xué)位論文高頻引力波在電磁環(huán)形腔和Tokamak焦點區(qū)域的時空擾動效應(yīng)姓名：丁亮申請學(xué)位級別：碩士專業(yè)：理論物理指導(dǎo)教師：李芳昱201004重慶大學(xué)碩士學(xué)位論文英文摘要IIABSTRACTThegravitationalwaveistheimptantprophesyofEinstein’sgeneraltheyofrelativity.During19501960inlastcenturytheexistenceoftheg

2、ravitationalwavehadalreadybeenrecognizedinphysicalareafthesolutionofaseriesofimptantproblems.AlthoughtheobservationofPSR191316gravitationalradiationdampingcanprovidesomeindirectevidencetotheexistenceofgravitationalwaveho

3、weverthereisnosubstantialbreakthroughaboutthedirectexplation.Thecommonsenseinscientificcirclesis:oncehumancandiscovergravitationalwavedirectlywhichwillopenanoverallnewgravitationalwaveinfmationagefnatureaswellasfhumanciv

4、ilization.Itwillalsobringsgreatscientificvalue.Recentlysomefamousinternationalscientistsexperimentalphysicistsbegintobreakthetraditionalstudymethodindertomakethesubstantialbreakthroughinthestudyofhighfrequencygravitation

5、alwave.Thispaperfirstlypresentsanoverviewtothedevelopmentofgravitationalthey.ItalsointroducesthefmationachievementofNewtoniantheyofgravitypresentdifficultyestablishmentexperimentalverificationofEinstein’sthegeneraltheyof

6、relativity.Inchaptertwoitexplainsgravitationalradiationespeciallythelinearsolutioningravitationalfield.Thatmeansitgivesexplanationtoweakfield.Celestialgravitationalwavesourcetheexplationtolowfrequencygravitationalwavehav

7、ealsobeendiscussed.InchapterthreeItmainlydescribesthepotentialhighfrequencygravitationalwavesourcesomemajexplationmethods.Inchapterfourthecurvaturetensinelectromagiccavitycentreareatheenergydensityofgravitationalstingwav

8、ehavebeencarefullycalculated.Theirrelations(curvaturetensenergydensity)havealsobeendiscussed.ThispapershowsthegravitationalradiationofcontrollednuclearfusionTokomakdeviceonearth.Throughestimationtheproduceofgravitational

9、radiationistoosmallbythiskindofsystem.Westilldon’thavepropereffectfobservationatpresentexperimentalsituation.Secondlyinthepaperthegravitationalfieldhthephysicalquantityoftimespacegeometricalstructure(suchas:thesecondkind