碳纖維水泥基復合材料界面的研究.pdf

1、北京化工大學碩士學位論文碳纖維水泥基復合材料界面的研究姓名：劉麗娟申請學位級別：碩士專業(yè)：材料學指導教師：徐梁華20031225北京化工大學碩士學位論文ABSTRACTCarbonfiberreinforcedcementmatrixisinvestigatedinthispaperCarbonfiberiSakindofmaterialwiththemeritofresistingfire，acid，alkalianderosiveI

2、nordertoameliorativesomeweaknessofcementbasedmaterial(suchaslowantipullstrength，highbrittleness，badresistingofcausticityofbar)，weapplythecarbonfibertothearchitecturereaimCarbonfiberhaveaseriesofexcellentperfornlance，such

3、ashighratiostrength，highratiomold，beartheheat，beartodecaybeartired，conductelectricitytransmitheatandsmallhotcoemcientofexpansionItcanbeusednotonlyasconstructivematerialtoloadcarrybutalsoasfunctionmaterialtoproducegoodres

4、ultThereforeitdevelopsveryquicklyinrecentyears，andhasbeenwidelyusedinnumerousrealm，suchasintheaviation，automobile，environmentengineering，chemicalengineering，energytransportation，building，electronics，exercisemachineetcSoi

5、tiScalledasnewmaterialoftwentyonecenturyCarbonfiberisaninorganicmaterial，cementisalsoaninorganicmaterial，Afterthehydraulicofthecement，therewillbea10tofCa2thenthecementrequirethecarbonfiberhassurfaceorganic—000Hincreasing

6、forthisreasonwedothedeepandsy’stemresearch，andthroughtheexperiment，andverifyatwhatcircumstancethebeststateofcombinewillappearWeusethehandlemethodofcarbonfibersurfacewimHN011nordertoimprovethefunctionofcarbonfiberreinforc

7、edcementmatrixmaterial，dealingwiththecarbonfiberiSimportanttheresultofdealingiS—C00HincreasingandthesurfaceisbeRerMakethesurfaceorganicC00Hofthecarbonfiberwhichcancombinewithcementeasilyincrease，thenthecombinationwouldbe