4 Mitra V K,Risen W M,Boug hman R H.Alaser Raman study of the stress dependence of vibrational frequen cies of amonocrys talline polydiacet ylene.J Chem Phys,1977,66:2731～2736
[5]
5 G aliotis C,Young R J,Batchelder D N.a) The solid state polymerization and physical properties of bis(et hyl ureth ane) of 2,4-hexadiyne-1,6-diol,II.Resonance Raman Spectros copy.ibid,1983,21:2483～2494;b) Aresonance Raman spectroscopy study of the bonding between epoxy resin and a polydiacet ylene fiber.J Mater Sci Lett,1983,2:263～266
[6]
6 Galiotis C,Robinson I M,Young R J,et al.Strain dependence of Raman frequencies of a Kevelar 49 fiber.Polym Comm,1985,26:354
[7]
7 Grubb D T,Li Z F.Molecular stress distribution and creep of high modulus polyet hylene fibers.Polymer,1991,33:2587～2597
[8]
8 Day R J,Robinson I M,Zakikhani M,Young R J.Raman spect roscopy of stressed high modulus poly(pphen ylene benzothiazoles)fibers.ibid,1987,28:1833～1840
[9]
9 Young R J,Day R J,Zakikhani M.The structure and deformation behaviour of poly(p-phenylene benzobis oxazole).J Mater Sci,1990,25:127～136
28 Maguire J F,Talley P L.Remote Raman Spectros copy as a sensortechnology in composite materials proces sing.J Advanced Mater(SAMPEQ),1995,26(2):27～40
[12]
10 Robinson I M,Zakikhani M,Day R J,et al.Strain dependence of Raman frequencies for different type of carbon fibers.J Mater Sci Lett,1987,6:1212～1214
[13]
11 Day R J,Piddock V,Taylor R,et al.The distribution of graphite microcrystals and the sensitivity of their Ramanbands to strain in SiC fibers.J Mater Sci,1989,24:2898～2902
13 Galiotis C,Young R J,Yeung P H J,Batchalder D N.The study of model polydiacet ylene/epoxy composites:Part I.The axial strain in the fiber.J Mater Sci,1984,19:3640～3648
[16]
14 Fan C F,Hsu S L.As pectroscopic analysis of the stress distribution along the reinforced fibers in model composites:end effects.Macromol,1989,22:1474～1479
[17]
15 An drews M C,Young R J,Mahy J.Interfacial failure mechanisms in aramid/epoxy model composite.Composite Inter-faces,1994,2:433～456
[18]
16 Jahakhani H,Galiotis C.Interfacials hear stress distribution in model composites,Part 1.A Kevlar 49 fibre in an epoxy matrix.J Compos Mater,1991,25:609～631
[19]
17 Pattrikis A K,Andrews M C,Young R J.Analys is of the single-fiber pull-out test by the use of Ramans pectros copy.Part 1.Pull-out of aramid fibers from an epoxyresin.Compos Sci and Techn,1994,52:387～396
[20]
18 Young R J,Huang X -L,Gu X,Day R J.Analysis of composite test methods using Ramans pectros copy.Plast Rubb Compos Proc Appl,1995,23:11～19
[21]
19 Melanitis N,Galiotis C,Tetlow P L,Davies C K L.Interfacials hear stress distribution in model composites,Part 2:Fragmentations tudies on carbon fiber/epoxy systems.J Compos Mater,1992,26:574～610
[22]
20 Gu X,Young R J,Day R J.Deformation mechanics in carbon fiber reinforced composites.Part 1.The singlefiber pull-out test.J Mater Sci,1995,3:1409～1419
[23]
21 McGarry F J,Fujiwara M.Resin-fiber load trans fer in reinforced plastics.Modern Plastics,1968,(7):143～167
[24]
22 Lacroixt H,Tilmans B,Keumings R,Desaeger M,Verpoest I.Modelling of critical fiber length and interfacial debonding in the fragmentation testing of polymer composites.Compos Sci and Techn,1992,43:379～387
[25]
23 Li Z F,Grubb D T.Single-fiber polymer composites.Part l.Interfacials hear strengt hand stress distribution in the pull-out test.J Mater Sci,1994,29:189～202
[26]
24 Xue Q,Zhang J.Macromol,1991,24(14):4195
[27]
25 Young R J,Day R J,Zakikhani M,Robinson I M.Fiberdeformation and residual thermal stress in carbon fiber reinforced PEEK.Compos Sci Techn,1989,34:243～258
[28]
26 Filious C,Galiotis C,Batchalder D N.Residual stress distribution in carbonfiber/therm oplastic matrix prepregnated composite tapes.Compos,1992,23:28～38
