correlator 相关器6 Z g; f( k, e8 H2 m
correspondence principle 对应原理% Q, Z+ \# ^( G; }$ z |
correspondence theory 对应论
; t) R# Y& ~* @# e x, |5 Pcorrosion 腐蚀3 `5 l6 S& G" ?' c
corrosion resistance of glass 玻璃抗蚀能力 |% a% n: X) R& C9 @9 ]- C9 Z& S
corrsion-resistan matterial 抗腐蚀材料6 c/ M1 h! ], E/ Q
corrugated metal 波状金属1 _8 s+ x. D" o) j6 D& t: n
corrugated mirror 波纹镜" G' W) O8 L3 _& z2 O" Z; W" k- n8 }
corrugated pipe 波纹管8 ~ T' R0 d9 S; a6 n2 R4 k
corrugated wavegudie 波纹波导
i! u I Y0 S$ F: [* ccorrugation 波纹& M7 G, M% M+ [6 r. f
corundum 刚玉
m- B2 y: Y% Jcorundum lattice 刚玉点阵
0 [6 X# i; l& I8 Hcos-type layer 余弦层6 _$ o9 i; h0 u+ K$ G
cosecant (csc)余割来自www.Examw.com
! S( Y* b+ L. _ I! U- O/ [cosine (cos)余弦" w) I% L/ s; \; _- S6 U
cosine collector 余弦集电器. ?+ n- _2 r# ~+ o0 e5 p
cosine condition 余弦条件" g( P3 N# x; T# H+ k' K
cosine emission law 余弦发射定律" O* W2 w: j* T) M n
cosine law 余弦定律& v; ?* R+ X9 r
cosine law of illumination 照度余弦法则
# y" k0 l/ i8 S; Dcosinusoidal intensity distribution 余弦强度分布
2 P" S; z* ]' {) m, Lcosmetic defect 外观缺陷
/ O& m% P8 l! a; x& g8 W' fCosmetic Defects 化粧瑕疵
0 t9 f5 |, U7 ~0 d: Z* M: Ucosmic 宇宙的 |
发表于 2012-8-14 22:56:05
