correlator 相关器
- S! B, m, ?1 H3 N% f+ ncorrespondence principle 对应原理8 T/ a/ S1 K/ B9 G2 p; }; z9 E/ r
correspondence theory 对应论! u6 z, W1 Y# v9 n
corrosion 腐蚀* L7 S/ F6 d3 d! [* j7 J9 P
corrosion resistance of glass 玻璃抗蚀能力
; r7 p5 v+ [/ C! g5 w$ Z4 dcorrsion-resistan matterial 抗腐蚀材料 M* F' I5 i$ H1 ]+ c7 q
corrugated metal 波状金属
8 C* P; p+ {( vcorrugated mirror 波纹镜3 P3 H9 \2 M% K0 Z
corrugated pipe 波纹管) ~- t* c( f. f) n ^
corrugated wavegudie 波纹波导0 s% G9 p5 I1 o. E8 l( u1 E0 C
corrugation 波纹
1 P" V. A# u! A8 q2 X& E" Z4 R* scorundum 刚玉9 S0 q( r/ b* @/ f. m
corundum lattice 刚玉点阵
5 x: s# ~; s1 o/ g: z9 c+ `cos-type layer 余弦层( y/ O2 F: e2 k7 D3 ^" i
cosecant (csc)余割来自www.Examw.com8 w( m! u5 _7 y, e' P8 N/ C
cosine (cos)余弦6 H, ?4 B/ `4 q1 {" X
cosine collector 余弦集电器
: N. _3 O$ z8 o% |6 y! p4 ~cosine condition 余弦条件
- j; L ^* [$ N/ ? i* {# D* tcosine emission law 余弦发射定律
& Y- A7 ~, P) @% L$ m' V7 a# p4 i) t6 ccosine law 余弦定律6 o" P! R& C9 E# x4 k( H: J
cosine law of illumination 照度余弦法则' u0 Q8 ~: c& I+ g
cosinusoidal intensity distribution 余弦强度分布
. g0 Z% N) ?+ D, b! Zcosmetic defect 外观缺陷
Q. I! P; ]. J5 OCosmetic Defects 化粧瑕疵7 `% \& l+ q& l# N1 `! n, ~
cosmic 宇宙的 |
发表于 2012-8-14 22:56:05
