碳纤维水泥基复合材料的力电、电力效应研究

项目来源

国(略)科(略)((略)C(略)

项目主持人

孙(略)

项目受资助机构

武(略)大(略)

立项年度

2(略)

立项时间

未(略)

项目编号

5(略)9(略)

项目级别

国(略)

研究期限

未(略) (略)

受资助金额

2(略)0(略)

学科

工(略)料(略)水(略)-(略)构

学科代码

E(略)9(略)9(略)

基金类别

青(略)基(略)

关键词

力(略) (略)纤(略)基(略);(略)效(略) (略)b(略)f(略)r(略)c(略)n(略) (略)h(略)e(略)t(略)a(略)f(略)t(略)e(略)t(略)e(略)n(略)l(略)f(略) (略)F(略)M(略)a(略)l(略)r(略)e(略)c(略)l(略)r(略)c(略)i(略) (略)e(略)

参与者

朱(略)唐(略)侯(略)郑(略)张(略)

参与机构

长(略);(略)航(略)程(略);(略)学(略)绿(略)技(略)院

项目标书摘要:研究(略)组成与力电、电力效(略)耦合效应的解耦方法(略)驱动特性的材料,研(略)成的渗流结构对材料(略)影响,阐明碳纤维在(略)机理。该材料兼有传(略)本征性的材料,对混(略)重要意义。

Applicati(略): (1)The (略)rboxy met(略)e(CMC)and(略)e on the (略)of short (略)rs in the(略)rix is in(略)and evalu(略)s project(略)e optimum(略) to prepa(略)ibre rein(略)nt(CFRC)i(略)Both the (略)mechanism(略)ength dis(略)f carbon (略)btained.((略)ence of t(略)of fiber,(略)f water t(略)e formula(略)ctrodes f(略)ent,the l(略)esses on (略)tric effe(略)is studie(略)pplicatio(略)concrete (略)is develo(略)tromechan(略) of the C(略)pecimens,(略)and plain(略)ms is stu(略)fect of t(略)n of the (略)ctrical c(略)the size (略)echanical(略)observed.(略)trical do(略)model,joi(略)he micros(略) CFRC,fra(略)ical emis(略)othermal (略)moelectri(略)and elect(略)is are us(略)ze the me(略)mechanoel(略)ct and el(略)ical effe(略)The funct(略)on fibers(略)ent is ex(略)ults show(略)pplied lo(略)structura(略)can be de(略)easuring (略)induced e(略)urrent an(略)l of elec(略)sion;Temp(略)ference i(略)between t(略)rface and(略)surface o(略)in the th(略)ection wh(略)rical cur(略)lied to t(略)es.The te(略)f surface(略)with the (略)igher tem(略)an that o(略)ce connec(略)e cathode(略) temperat(略)nce,the b(略)owards th(略)ith highe(略)re.Mechan(略)ffect is (略)the trans(略)mobile io(略)th water (略)s.While e(略)nical eff(略) can be i(略)wo ways.O(略)rical cur(略)ature ris(略)tion and (略)osmosis,t(略) electric(略)temperatu(略)ce rising(略)n and ele(略)osis.In t(略)y,carbon (略) an impor(略)n electro(略)effect.Ho(略)e second (略)ion of ca(略)is unobvi(略)

项目受资助省

湖(略)

项目结题报告

碳纤维水泥基复合材料的力电、电力效应研究结题报告(全文)

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