didymium glass standard 钕谱玻璃标准/ ?" I9 c4 v. o1 s1 T2 \
die (1)模(2)管芯6 F& J; u. K) q, M
die casting 模铸
5 T9 j% Z/ @+ Vdielctric-waveguide mode 介质波导波型5 P: I9 m( y- c) b. d
dielectic coated grating 镀介质光栅& y' o) N$ C2 p% g% N" X
dielectric (1)电介质(2)电介体(3)介电的$ H& _7 Y, d1 |1 E
dielectric beamsplitter 介电的光镜
7 c4 ]( A7 e: Vdielectric breakdown 介电质击穿: P2 l' l" w8 X# ~0 |+ b
dielectric coated mirror 镀介质反射镜8 L% f* o' [. r, N( u' i% h# ~. Z
dielectric coated optical flat 镀介质光学平面* M# B3 s& i i' x% _: z, b1 S
dielectric constant 介电电常数，介电恒量
9 _" [+ _* M# p6 F- r {dielectric cylinder 介电圆柱体" t2 T1 V: Q0 z8 S8 ~
dielectric film 介电膜- n& X! o, t; I. _/ R5 v" [
dielectric layer 介电层
0 p9 M! b) u- Xdielectric loss 介电损失
1 a# C8 q7 e3 r" F0 x9 y+ Gdielectric medium 电介媒质
% Q g2 S; z3 g" a0 m" Q% fdielectric multilaryer filter 多层介质滤光器- Q$ F. a; }7 x# A N
dielectric pereambility 介电磁导率
! f2 C6 a. F. j) @9 }, E4 [# qdielectric property 介电特性
2 ]1 {- T$ S2 P6 U& Pdielectric susceptibility 介质磁化率
8 x% i/ v4 I7 q1 t) R) Ndielectric tensor 介电张量
9 Y/ d9 t/ g! ]dielectric wavegudie 介电波导- d* K! H; e! d
dielectric-slab 介质板* | V6 C8 N l7 E* P% F0 V
dielectric-slab wavveguide 介质板波导
: Q9 O; P6 J2 _1 f& f( {diemaker 制模器) l4 }5 j/ O7 L7 e! S
dierct vision objective prism 直物镜棱镜
2 J' M0 G; z, s4 Udiethyl ether 乙醚/ {! p6 @" ^3 f5 H1 M
diffeerence frequency 差频; e& q& q) v- C' c1 o2 I5 }
difference frequency fluctuation 差频起伏
: o8 W, O/ G5 J. t* r, ]: O/ rdifference frequency generation 差频振荡
5 U: j( ]* e3 C: O6 cdifference gauge 极限-量规来自www.Examw.com
) e# U- c% b0 Z% H' Q0 i$ ~# Adifference method 差分法
5 O$ ]9 }$ q/ t0 j* J" Mdifferentiable 可微分的7 l5 O4 Y3 G* n( c& m
differential (1)微分的(2)差动的
+ |4 v7 k& [* ]3 Jdifferential absorption lidar 微分吸收光电达
# L* D, l7 y m Ddifferential absorption scattering 微分吸收散射" R: X, z. J4 L- ~. l8 x" P% d
differential amplifer 差动放大器. C7 |2 _( {7 R$ E K5 @; ^
differential analyzer 差动分析器
$ \' P9 \8 t7 z {# N/ n$ Gdifferential calculus 微分# B7 x; |' R2 U: s2 E3 `+ `, v9 W8 I
differential device 差动装置 |
发表于 2012-8-14 22:56:05
