correlator 相关器
# Y: _& B" f8 @' V, Q, [( C) Jcorrespondence principle 对应原理' c. b% k6 T' g; j. t! B- e
correspondence theory 对应论3 _* r( b; p8 K! ^. @
corrosion 腐蚀
& T9 R$ m- [% G0 }; X; ycorrosion resistance of glass 玻璃抗蚀能力" {, |6 F9 z% ]% ~6 H' k2 E
corrsion-resistan matterial 抗腐蚀材料
8 ~9 B: y' R1 Q2 B% e! o# qcorrugated metal 波状金属
0 N7 j" t! Q7 T, B2 O q8 _corrugated mirror 波纹镜# O1 D) K5 `( t j1 q2 P& i2 y7 y
corrugated pipe 波纹管
( I0 T' |& u% n. \) A0 }7 Kcorrugated wavegudie 波纹波导
, B* L; z8 A9 C5 n" R: B/ tcorrugation 波纹0 U3 |; P, Q. o/ M& \/ x) `
corundum 刚玉
/ M+ Z! ~- H& D+ ucorundum lattice 刚玉点阵: |7 o4 t* S* s3 p0 \( r& F
cos-type layer 余弦层
$ ^6 d2 U1 g& C5 x5 Ecosecant (csc)余割来自www.Examw.com
x6 Y F5 h6 R' y$ acosine (cos)余弦
" m; ~& t3 S( Ycosine collector 余弦集电器
5 J2 W% T1 ~' s) Dcosine condition 余弦条件
7 J5 H7 N' R5 i0 Q1 wcosine emission law 余弦发射定律$ O8 k' q4 z. Y1 Z: {5 P/ b
cosine law 余弦定律
# w7 B9 M6 q( Hcosine law of illumination 照度余弦法则2 L9 ~& c* F2 E0 ^* i
cosinusoidal intensity distribution 余弦强度分布$ m$ i/ y) B1 h; g7 E5 e
cosmetic defect 外观缺陷
& |; z: R# F. L tCosmetic Defects 化粧瑕疵
7 j0 s& w& A* l/ P( N+ `cosmic 宇宙的 |
发表于 2012-8-14 22:56:05
