本篇是第二卷的参考文献合集,我特意选了一些比较科普和公式比较少的论文,其中大多数是综述。
本卷作为脑洞极其密集的一卷,参考文献应该也是最多的。
但是第一卷的科学内容对剧情的推动作用比第二卷重要得多,第二卷的科学内容更多是为了补全设定,所以也没必要看参考文献(第一卷也没大必要,但是看了对理解剧情有帮助。),但是为了严谨还是都放上来。
1.Meyer-Vernet,N.(2007).Basicsofthesolarwind.CambridgeUniversityPress.
2.Parker,E.N.(1965).Dynamicaltheoryofthesolarwind.SpaceScienceReviews,4(5-6),666-708.
3.Fermi,E.(1949).Ontheoriginofthecosmicradiation.Physicalreview,75(8),1169.
4.Ney,E.P.(1959).Cosmicradiationandtheweather.Nature,183(4659),451-452.
5.Gangale,T.(2005).Marssat:assuredcommunicationwithMars.AnnalsoftheNewYorkAcademyofSciences,1065(1),296-310.
6.Knoll,A.H.,Bambach,R.K.,Canfield,D.E.,&Grotzinger,J.P.(1996).ComparativeEarthhistoryandLatePermianmassextinction.Science,273(5274),452-457.
7.Dine,M.,&Kusenko,A.(2003).Originofthematter-antimatterasymmetry.ReviewsofModernPhysics,76(1),1.
8.Close,F.(2018).Antimatter.OxfordUniversityPress,USA.
9.Dove,J.,Kerns,B.,McClellan,R.E.,Miyasaka,S.,Morton,D.H.,Nagai,K.,...&Ye,Z.(2021).Theasymmetryofantimatterintheproton.Nature,590(7847),561-565.
10.Shahrubudin,N.,Lee,T.C.,&Ramlan,R.J.P.M.(2019).Anoverviewon3Dprintingtechnology:Technological,materials,andapplications.ProcediaManufacturing,35,1286-1296.
11.Geim,A.K.(2009).Graphene:statusandprospects.science,324(5934),1530-1534.
12.Huang,X.(2009).Fabricationandpropertiesofcarbonfibers.Materials,2(4),2369-2403.
13.Chung,D.(2012).Carbonfibercomposites.Elsevier.
14.Che,D.,Saxena,I.,Han,P.,Guo,P.,&Ehmann,K.F.(2014).Machiningofcarbonfiberreinforcedplastics/polymers:aliteraturereview.JournalofManufacturingScienceandEngineering,136(3).
15.Riess,J.G.(2006).Perfluorocarbon-basedoxygendelivery.Artificialcells,bloodsubstitutes,andbiotechnology,34(6),567-580.
16.Riess,J.G.(2005).Understandingthefundamentalsofperfluorocarbonsandperfluorocarbonemulsionsrelevanttoinvivooxygendelivery.Artificialcells,bloodsubstitutes,andbiotechnology,33(1),47-63.
17.Grifoni,M.,&Hnggi,P.(1998).Drivenquantumtunneling.PhysicsReports,304(5-6),229-354.
18.Rom,R.(2023).ThePrincipalRoleofAntimatter.JournalofHighEnergyPhysics,GravitationandCosmology,9(2),461-466.
19.Levich,V.G.,&Krylov,V.S.(1969).Surface-tension-drivenphenomena.Annualreviewoffluidmechanics,1(1),293-316.
20.Popinet,S.(2018).Numericalmodelsofsurfacetension.AnnualReviewofFluidMechanics,50,49-75.
21.Matsumoto,M.,&Tanaka,K.(2008).Nanobubble—Sizedependenceofsurfacetensionandinsidepressure.Fluiddynamicsresearch,40(7-8),546.
22.Putterman,S.J.(1974).Superfluidhydrodynamics.Amsterdam,3.
23.Vollhardt,D.,&W