复合奈米材料与微米晶体光纤於生医上之基础与应用研究

项目来源

台(略)府(略)金(略)B(略)

项目主持人

赖(略)

项目受资助机构

台(略)华(略)用(略)究(略)理(略)

财政年度

2(略),(略)5

立项时间

未(略)

项目编号

M(略)1(略)2(略)-(略)9(略)3(略)2

项目级别

省(略)

研究期限

未(略) (略)

受资助金额

3(略).(略)元(略)

学科

物(略)

学科代码

未(略)

基金类别

商(略)学(略)

拉(略) (略)测(略) (略)源(略)萤(略)周(略) (略)曼(略)显(略);(略)解(略)术(略)表(略)拉(略) (略)a(略) (略)i(略)e(略)r(略)b(略)d(略)d(略)g(略)s(略)c(略) (略)o(略)c(略) (略)e(略)e(略)c(略)o(略) (略)a(略)l(略)e(略)n(略)m(略)o(略)p(略) (略)f(略)-(略)a(略)d(略)m(略)s(略)t(略)n(略)

参与者

邱(略)

参与机构

未(略)

项目标书摘要:於科(略)员专题计划支持下,(略)宝石晶体光纤,吾人(略),可得到超宽频之色(略)发光效率,则需藉由(略)。此外,纤心与纤衣(略)响,故规划以穿透电(略)之界面缺陷与放光特(略),结合一维结构金属(略)可有效增强生医样品(略)第一年将完成架设一(略)对生长之有/无玻璃(略)纤进行化学气相沉积(略)则将一维结构之金属(略)无玻璃包覆之光纤则(略)种晶体光纤,均控制(略)出不同表徵之奈米线(略)共焦显微镜,分析晶(略)各波段之二维萤光生(略)同退火条件下之萤光(略)由高解析穿透式电子(略)心/衣界面之缺陷密(略)包覆之两种蓝宝石晶(略)微镜,藉由表面及端(略)成有效增强糖类或萤(略)并藉由理论模拟比较(略)号之关系。

Applicati(略): We have(略)d in fabr(略)the glass(略)ire cryst(略)nder the (略)ing suppo(略)T of Taiw(略)also demo(略)at the br(略)or-center(略)missions (略)ined by t(略)xcitation(略)cal requi(略) performa(略)broadband(略)an be fur(略)ed either(略)ing the f(略)lifetime (略)r thermal(略).In addit(略)inating p(略)at strong(略)he propag(略)rties of (略)lad sapph(略) fiber is(略)l defect (略)t the cor(略)rface.Thi(略) be verif(略)investiga(略)a transmi(略)ron micro(略)iomedical(略)ns,the co(略)f the 1-d(略)tal nanos(略)nd the cr(略)s allows (略)ection of(略) bio-sign(略)first yea(略)solved mi(略)stem will(略)Additiona(略)grown wit(略)ut glass-(略)l fibers (略)cessed by(略)al vapor (略)for the g(略)e metal n(略)es onto t(略)d faces a(略)rfaces,re(略)In the se(略)o correla(略)mensional(略)istributi(略)rmal trea(略)tions wit(略)phire cry(略) and meta(略)tures,a c(略)an/fluore(略)oscope as(略)th an ult(略)er will b(略)in the ex(略)rthermore(略)olution t(略) electron(略) will be (略)estigate (略)distribut(略) core/cla(略)face unde(略) annealin(略)s.For the(略),the adva(略)sing a sa(略)tal fiber(略)thout gla(略) to perfo(略)and fluor(略)ein Raman(略)py over u(略)entional (略) will be (略)d.In this(略)he compre(略)dy betwee(略)orphology(略)al nanost(略)d the enh(略)ctors of (略)-enhanced(略)tering wi(略)conducted(略)ctromagne(略)ion.

项目受资助省

台(略)

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