热振效应对扫描热显微术量测和加工之影响及系统建构
项目来源
台(略)府(略)金(略)B(略)
项目主持人
张(略)
项目受资助机构
台(略)山(略)学(略)程(略)
财政年度
2(略),(略)8
立项时间
未(略)
项目编号
N(略)7(略)2(略)1(略)0(略)M(略)
项目级别
省(略)
研究期限
未(略) (略)
受资助金额
1(略).(略)元(略)
学科
机(略)
学科代码
未(略)
基金类别
应(略)/(略)助
关键词
热(略) (略)算(略) (略)显(略);(略)加(略) (略) (略)h(略)a(略)i(略)t(略) (略)e(略);(略)v(略)e(略)t(略) (略)c(略)i(略)t(略)m(略)m(略)o(略)p(略) (略)r(略)e(略)l(略)c(略)i(略);(略)e(略)l(略)o(略)t(略)
参与者
方(略)
参与机构
未(略)
项目标书摘要:本计(略)扫描热显微术量测材(略)响,以及量测和加工(略)工过程中,由於悬臂(略)发生,此振动大小和(略)力有关;此外,由热(略)热通量会受振动位移(略)交互作用力和传热系(略)影响扫描热显微术量(略)将以逆算法来预测之(略)因交互作用力而产生(略)的探针振动挠度,以(略);同理,视探针为一(略)测的探针温度,以逆(略)後,找出交互作用力(略)传热系数得知後,即(略)之热通量,然後,再(略)性和比热等热性质,(略)无法量测但会影响加(略),发展以逆算法为基(略)和加工系统。本计划(略)奈米级材料热性质之(略)并提升其产品品质。
Applicati(略): The aim(略)ject is t(略) effect o(略)ibration (略)urement o(略)roperties(略)hermal ma(略)materials(略)anning th(略)scope(STh(略)ystem con(略)n measure(略)chining,t(略)er probe (略)ration wh(略)e tip is (略)vibration(略)e with th(略)on force (略) probe an(略).In addit(略)t flux fl(略)e probe t(略)orkpiece (略)uenced by(略)nductance(略)the measu(略)machining(略)n be effe(略) interact(略)nd the th(略)ctance,wh(略)ficult to(略)measureme(略)ject pres(略)erse meth(略)ate the p(略)he cantil(略)with an u(略)raction f(略)sidered a(略)l vibrati(略)he force (略)rmined us(略)erse meth(略)available(略) measurem(略)ly,the he(略)ever prob(略)nknown th(略)ctance is(略) as a one(略)l inverse(略)ction pro(略)nductance(略)ermined b(略) availabl(略)re measur(略) we try t(略)e relatio(略)en the in(略)orce and (略) conducta(略)e thermal(略)e has bee(略) heat flu(略)probe tip(略)face of t(略)e can be (略)The therm(略)vity and (略)at of the(略)can also (略)d by usin(略)se method(略)n,in nano(略)y SThM,th(略)epth can (略)he produc(略)ut it can(略)ured and (略)ermined b(略)se method(略)e measure(略)nomachini(略)f SThM ba(略)inverse m(略)be develo(略)elieved t(略)dy can co(略) upgrade (略)chnique f(略)urement o(略)roperties(略)ls on the(略)and the h(略)on therma(略)g and to (略) product (略)
项目受资助省
台(略)
- (略)