|
|
发表于 2007-4-17 03:22:16
|
显示全部楼层
膜厚仪附录0 j2 Q' e! C' K* J5 s0 T E
Formula Density Z-ratio Material Name
" v* ~# b" D$ t7 M. y- pAg 10.500 0.529 Silver
) Y" k, J* e( |9 t" j, IAgBr 6.470 1.180 Silver Bromide- q* I f" R7 h% e) X
AgCl 5.560 1.320 Silver Chloride* `- H& m8 P, }9 r
Al 2.700 1.080 Aluminum
B- p" s; g M3 K5 L3 v$ J% ?* UAl2O3 3.970 0.336 Aluminum Oxide3 Q. s: A$ x1 @
Al4C3 2.360 *1.000 Aluminum Carbide7 W4 C. h& j6 s6 K1 a
AlF3 3.070 *1.000 Aluminum Fluoride# i$ n) I# U7 _" I- Q/ \2 M
AlN 3.260 *1.000 Aluminum Nitride# Q$ n1 v8 k: H Y" _' T- N
AlSb 4.360 0.743 Aluminum Antimonide
, `: Q( B6 a* b' O$ |As 5.730 0.966 Arsenic
# S4 N7 G( D7 fAs2Se3 4.750 *1.000 Arsenic Selenide$ E; Y% A! {: i4 |
Au 19.300 0.381 Gold
6 V) n" e2 a9 {! WB 2.370 0.389 Boron3 B: o# m9 X {. O7 j
B2O3 1.820 *1.000 Boron Oxide$ s* m; ~' Q! D+ P8 P& c# O& |0 @
B4C 2.370 *1.000 Boron Carbide
1 s: L( ]+ I/ @- }/ m2 pBa 3.500 2.100 Barium3 {& M9 a. j4 h/ I9 f
BaF2 4.886 0.793 Barium Fluoride
/ d9 a, f5 w% V' P; W* s3 y+ M: NBaN2O6 3.244 1.261 Barium Nitrate
, K& q' n' B% tBaO 5.720 *1.000 Barium Oxide
) R/ b# i" x+ x7 J* G7 T' hBaTiO3 5.999 0.464 Barium Titanate (Tetr)3 O) t8 F5 [5 _! t9 q/ j8 i1 v
BaTiO3 6.035 0.412 Barium Titanate (Cubic)
2 W e, w8 j, C* sBe 1.850 0.543 Beryllium
1 ?& `. e( {+ \% }/ kBeF2 1.990 *1.000 Beryllium Fluoride
2 h5 w% k& t6 x8 p/ f% e0 @BeO 3.010 *1.000 Beryllium Oxide
4 o7 J% ^7 T3 b! @# h( bBi 9.800 0.790 Bismuth, V0 T3 S2 E/ ~% N0 u2 t+ t
Bi2O3 8.900 *1.000 Bismuth Oxide
1 T% r6 e9 S+ d' P7 {Bi2S3 7.390 *1.000 Bismuth Trisulphide& b7 D, Z" X/ ?, F, y
Bi2Se3 6.820 *1.000 Bismuth Selenide, ]! ?. j# f2 {0 z+ s! L |
Bi2Te3 7.700 *1.000 Bismuth TeUuride
: s: [) h( X. R: P" ?5 OBiF3 5.320 *1.000 Bismuth Fluoride- b+ z( w6 ~( r3 ?% `$ p% [. t
BN 1.860 *1.000 Boron Nitride" Q' j0 [3 l; R. d. x( A6 M# ^
C 2.250 3.260 Carbon (Graphite)" A) K$ {( E+ }
C 3.520 0.220 Carbon (Diamond)
9 }2 G" x5 P- m: N0 |GaN 6.100 *1.000 Gallium Nitride( F0 ?! F& t6 n" W! u: v
GaP 4.100 *1.000 Gallium Phosphide
3 g- y/ |1 s5 ?! O: MGaSb 5.600 *1.000 Gallium Antimonide
X6 ?/ u7 u6 i6 s8 {Gd 7.890 0.670 Gadolinium
+ \/ X# @/ T# h4 yGd2O3 7.410 *1.000 Gadolinium Oxide7 o5 d& w7 e0 [: N
Ge 5.350 0.516 Germanium' d8 `9 _" N: r9 {- _$ Z
Ge3N2 5.200 *1.000 Germanium Nitride. N- b' j7 Y: p0 d: }
GeO2 6.240 *1.000 Germanium Oxide
; }4 r; t4 f+ d# p) SGeTe 6.200 *1,000 Germanium Telluride
0 ~( @. P/ ^' U" ^3 mHf 13.090 0.360 Hafnium; T$ \$ G5 @, R( e7 w( G7 ], X
HfB2 10.500 *1.000 Hafnium Boride+ T( R+ j' r* u, K' Z" h0 b" f5 d
HfC 12.200 *1.000 Hafnium Carbide; W/ m) T( s" F, z( q+ h
HfN 13.800 *1.000 Hafnium Nitride4 p1 D% N- a) X7 x6 m) D$ d% k6 a
HfO2 9.680 *1.000 Hafnium Oxide' w$ b- k, p7 g- A
HfSi2 7.200 *1.000 Hafnium Silicide" x. `8 D! j% I1 M3 V# D
Hg 13.460 0.740 Mercury( C( v4 `6 q% Q8 h, t0 m3 A7 {
Ho 8.800 0.580 Holminum- j' K5 F- V. q; R+ o6 S" ]+ k
Ho2O3 8.410 *1.000 Holminum Oxide* y5 l, v* i' R' y" G! u7 Q9 H
In 7.300 0.841 Indium, q& T. F" C! t' y) v \5 P6 G
In2O3 7.180 *1.000 Indium Sesquioxide
6 E/ e9 C0 D9 \( L. MIn2Se3 5.700 *1.000 Indium Selenide( B) M0 m6 t! ], O$ j0 w
In2Te3 5.800 *1.000 Indium Telluride2 A0 J9 b0 c" k2 X' v- a' j. A
InAs 5.700 *1.000 Indium Arsenide
/ `( d9 S& j. v7 o/ H( rInP 4.800 *1.000 Indium Phosphide
* E6 j& B+ k& i4 V0 ~% ]InSb 5.760 0.769 Indium AntJmonide
) T3 h, x8 R0 Y4 J G0 B9 NIr 22.400 0.129 Iridium# |4 P, P: H% M! S" i
K 0.860 10.189 Potassium
/ a1 |+ z! ?5 DKBr 2.750 1.893 Potassium Bromide
! z+ O! t; N. d, D) VKCI 1.980 2.050 Potassium Chloride3 d( S+ p* C( I' [0 E$ E
KF 2.480 *1.000 Potassium Fluoride
3 P& S, ` [1 `' Y6 w6 H1 u2 n, KKI 3.128 2.077 Potassium Iodide# n7 g2 f n- U# m- \& g7 n
La 6.170 0.920 Lanthanum
9 l; L" @4 ?/ H9 a h3 XLa2O3 6.510 *1.000 Lanthanum Oxide# ~9 O* T- s! c# O# A( q$ L
LaB6 2.610 *1.000 Lanthanum Boride' w( [; y% K8 ^" o* h
LaF3 5.940 *1.000 Lanthanum Fluoride& }% n: ~/ Q/ Z6 G
LaN5 8.770 0.360 Lanthanum Nickel
" |8 N/ a3 e# P8 ^/ F6 P) WLi 0.530 5.900 Lithium
( T+ f0 y F! aLiBr 3.470 1.230 Lithium Bromide3 z: y5 h7 S1 N B
LiF 2.638 0.778 Lithium Fluoride
- F2 |6 c- A) Y4 `7 F+ w# }LiNbO3 4.700 0.463 Lithium Nlobate
" O! e+ E& g! W% A6 lLu 9.840 *1,000 Lutetium
+ _8 i% s& Y' X3 AMg 1.740 1.610 Magnesium7 n( b3 f: r2 S: b5 h
MgAl2O4 3.600 *1.000 Magnesium Aluminate
9 {. E& S' C$ mMgF2 3.180 0.837 Magnesium Fluoride1 z2 Y% D, ~* l- E
MgO 3.580 0.411 Magnesium Oxide
. C: H. c- `% IMgO3Al2O3 8.000 *1.000 Spinel0 o- B C$ W8 {& _
Mn 7.200 0.377 Manganese
& I, C9 x9 m% m! h0 C2 IMnO 5.390 0,467 Manganese Oxide/ {. _0 G. U: G- ]2 P+ |; F
MnS 3.990 0.940 Manganese (11) Sulfide" K( K. h. T: Z6 ]$ r4 [6 U
Mo 10.200 0.257 Molybdenum+ c( H+ C7 Z, K- D u! z
Mo2C 9.180 *1.000 Molybdenum Carbide" x4 w- _0 { B0 v1 G$ q
MoB2 7.120 *1.000 Molybdenum Boride
& ]% y% g1 U4 F( }5 J( ~! TMoO3 4.700 *1.000 Molybdenum Trioxdide
) D3 E6 w# T2 f* y- TMoS2 4.800 *1.000 Molybdenum Disulfide# y' H% c) l7 f, O% `
Na 0.970 4.800 Sodium
8 O& n q; ^. `2 a+ Z% G# ^Na3AlF6 2.900 *1.000 Cryolite
# V k/ y3 L7 B' K) PNa5Al3F14 2.900 *1.000 Chiolite8 |5 X" u, m8 M) X. x) m
NaBr 3.200 *1.000 Sodium Bromide
; u0 Z, G! k& B) C/ {) @8 ^NaCl 2.170 1.570 Sodium Chloride
; U) z& L4 `0 LNaClO3 2.164 1.565 Sodium Chlorate6 U. I0 D& D$ W# }# s R
NaF 2.558 0.949 Sodium Fluoride# t, s7 X) i, y8 D1 u
NaNO3 2.270 1.194 Sodium Nitrate
/ v! ^6 j7 T" u2 J2 s; NNb 8.578 0.492 Niobium (Columbium)
- f6 l5 J+ E: t- A z/ f( H$ `Nb2O3 7.500 *1.000 Niobium Trioxide
, k) N4 m$ H \% W6 `! lNb2O5 4.470 *1.000 Niobium (V) Oxide
f* i( y, f. |; }1 SNbB2 6.970 *1.000 Niobium Boride# d/ o# j7 p. A# v2 l5 D/ I: K% s3 i
NbC 7.820 *1.000 Niobium Carbide
3 E+ t6 ~; g3 G0 j2 l6 {; O& bNbN 8.400 *1,000 Niobium Nitride
: N8 s8 \$ F. HNd 7.000 *1.000 Neodynium
8 T$ i' N( I3 v) e' t7 R' rNd2O3 7.240 *1.000 Neodynium Oxide) |! T; _3 }* _; X
NdF3 6.506 *1.000 Neodynium Fluoride5 }" d* u2 f5 }9 o2 M
Ni 8.910 0.331 Nickel
. p; ]" e) t# j- U$ UNiCr 8.500 *1.000 Nichrome) E8 L. T( a s9 ^, K+ D" S0 W
NiCrFe 8.500 *1.000 Inconel& }! h8 a7 v5 Q
NiFe 8.700 *1.000 Permalloy
1 J! Y' c# `/ r* c. B5 z7 K) _ cNiFeMo 8.900 *1.000 Supermalloy( o! z$ P7 p. Z
NiO 7.450 *1.000 Nickel Oxide
% p* w: G' A) y' t0 W9 {& B6 }" FP3N5 2.510 *1.000 Phosphorus Nitride
' r0 E- O5 g# n% K( D, UPb 11.300 1.130 Lead" U) k( O- J. W; _
PbCl2 5.850 *1.000 Lead Chloride
1 D* I5 `8 I1 t7 w& t6 ZPbF2 8.240 0.661 Lead Fluoride; ?9 {/ ~# I- Q: v' O
PbO 9.530 *1.000 Lead Oxide
, W$ J2 ]7 R. Z0 s+ kPbS 7.500 0.566 Lead Sulfide
t2 G/ _2 J% Z) D8 Z! Z9 e5 FPbSe 8.100 *1.000 Lead Selenide
; z q& G/ e& @8 u/ {* d2 I1 E8 XPbSnO3 8.100 *1.000 Lead Stannate
- z6 F# o2 O5 O) G$ l5 U1 LPbTe 8.160 0.651 Lead Telluride
! g2 y+ D4 C, G2 I: Z$ qPb2TiO3 7.500 1.160 Lead Titanate Z/ |8 e8 D6 x& p
Pd 12.038 0.357 Palladium# v' Y7 i, R& M I4 M
PdO 8.310 *1.000 Palladium Oxide" @! {9 o1 g3 o# [& a
Po 9.400 *1.000 Polonium2 Y1 t7 z) V, h1 d
Pr 6.780 *1.000 Praseodymium6 c1 k. E' P5 z" q. G& a8 g
Pr2O3 6.880 *1.000 Praseodymium Oxide
& f2 d) z; d0 D2 Z, F$ EPt 21.400 0.245 Platinum
) k5 ` U N% [+ ~PtO2 10.200 *1.000 Platinum Oxide
0 k+ c: {! E. l4 W, z0 H/ ]/ `Ra 5.000 *1.000 Radium
7 e) y" o! L9 s; _Rb 1.530 2.540 Rubidium
4 B5 O7 ~9 \) R0 ]- G( q3 nRbl 3.550 *1.000 Rubidium Iodide1 W8 z2 b# ^5 |* u2 d+ P) J9 Q7 p6 N
Re 21.040 0.150 Rhenium
; l+ k* T3 T9 K* l1 J& J1 DRh 12.410 0.210 Rhodium
3 d( j3 D. u/ r" VRu 12.362 0.182 Ruthenium
8 I2 o! W t/ A! K) O" X2 _S8 2.070 2.290 Sulphur- b: @% g" |* g0 @: ^0 o
Sb 6.620 0.768 Antimony
, f2 u7 m' ^) A! I4 v1 y' ^! MSb2O3 5.200 *1.000 Antimony Trioxide6 g# U$ v; Z0 e* F/ p
Sb2S3 4.640 *1.000 Antimony Trisulfide
+ a* P4 h0 f( \3 E5 T1 J: PSc 3.000 0.910 Scandium
+ ~3 Z* |$ z0 s& P) a) nSc203 3.860 *1.000 Scandium Oxide
7 C) w) R6 i1 L' h6 e" tSe 4.810 0.864 Selenium' ^" E9 X1 o) q( M! V
Si 2.320 0.712 Silicon. Z! l* t. b9 W! W1 {' t7 p8 G. S
Si3N4 3.440 *1.000 Silicon Nitride8 I% ~" U4 o/ Z3 p9 C0 W' @7 b
SiC 3.220 *1.000 Silicon Carbide- ^1 W; L' q/ @
SiO 2.130 0.870 Silicon (II) Oxide
5 K# ?) i) m7 V8 fSiO2 2.648 1.000 Silicon Dioxide2 p. e7 G5 s; T$ c V. x
Sm 7.540 0.890 Samarium
6 @) G4 A5 W( W0 c5 wSm2O3 7.430 *1.000 Samarium Oxide
0 E( s0 r+ u$ |3 J9 x) }9 h$ s8 jSn 7.300 0.724 Tin0 T9 _: n) H% \- }" R; U
SnO2 6.950 *1.000 Tin Oxide4 U$ A6 z8 M9 m9 O
SnS 5.080 *1.000 Tin Sulfide" x& ]8 a8 V& c* @" h8 a/ L
SnSe 6.180 *1.000 Tin Selenide' Y* G0 D' z$ m) ~
SnTe 6.440 *1.000 Tin Telluride
7 j$ g: n* d% t9 C' @Sr 2.600 *1.000 Strontium0 B8 J$ l7 a' y6 i; T5 E% R" _
SrF2 4.277 0.727 Strontium Fluroide
, W2 [% y# }1 ?( l1 iSrTiO3 5.123 0.310 Strontium Trranate
$ O( G& z' z+ u' |1 LSrO 4.990 0.517 Strontium Oxide! r* g& z! h( o& H" O7 b( v9 H
Ta 16.600 0.262 Tantalum8 U/ ]6 O; {$ X( V0 J& D# _! y4 R
Ta2O5 8.200 0.300 Tantalum (V) Oxide
# z$ O7 ] h7 F# N& CTaB2 11.150 *1.000 Tantalum Boride: {) j( {/ J0 m2 {! p, _
TaC 13.900 *1.000 Tantalum Carbide& _% W9 y# j7 _3 U/ G
TaN 16.300 *1.000 Tantalum Nitride
$ K2 l$ Y; d) e |4 BTb 8.270 0.660 Terbium, Z0 I) m6 U& i, A+ I
Tc 11.500 *1.000 Technetium
: s- e6 D- K8 c8 D* S4 fTe 6.250 0.900 Tellurium7 Z) z. _( e0 w& o
TeO2 5.990 0.862 Tellurium Oxide
4 g, D9 ?6 {* i! jTh 11.694 0.484 Thorium. Q- j4 ~. q; Y0 p' ?2 _
ThF4 6.320 *1.000 Thorium (IV) Fluoride
' I1 m/ H* n7 l2 b) mThO2 9.860 0,284 Thorium Dioxide
( b3 y; [8 R) Q/ F: k+ z2 wThOF2 9.100 *1.000 Thorium Oxyfluoride
- V9 R: _2 V" |9 q" ZTi 4.500 0.628 Titanium$ Z8 L9 @- @6 g) d2 m
Ti2O3 4.600 *1.000 Titanium Sesquioxide. n. i3 W1 T$ G; x. u: f/ e
TiB2 4.500 *1.000 Titanium Boride0 l, f2 Z' t, h1 R- b# L
TiC 4.930 *1.000 Titanium Carbide
% F3 \" Y5 {7 l8 t R* G% xTiN 5.430 *1.000 Titanium Nitride
4 o1 Q9 k8 A# p p7 OTiO 4.900 *1.000 Titanium Oxide
& h" j( B0 ^0 C* k, M: }" U& ~TiO2 4.260 0.400 Titanium (IV) Oxide
3 N) M$ x8 v, y) i z; ^# U9 _, r: @TI 11.850 1.550 Thallium
6 D/ O9 m3 y$ ]6 L, uTIBr 7.560 *1.000 Thallium Bromide
# n3 y8 U+ X5 ~8 jTICl 7.000 *1.000 Thallium Chloride. f1 e* I2 |" x1 V/ F
TII 7.090 *1.000 Thallium Iodide (B)
: f3 h" k- e$ V9 e8 J4 FU 19.050 0.238 Uranium
% N+ F0 L: s/ r1 b+ ?$ j; KU4O9 10.969 0.348 Uranium Oxide
2 t. K& K6 X& \9 C V9 hUO2 10.970 0.286 Uranium Dioxide
& j7 O4 L( _7 K" H4 w9 f1 [U3O8 8.300 *1.000 Tri Uranium Octoxide. N6 R+ g% r+ ?$ k/ S$ m$ V- v
V 5.960 0.530 Vanadium; h& I6 s2 N3 @- \; z, V: k
V2O5 3.360 *1.000 Vanadium Pentoxide. W1 D. ?+ R( `
VB2 5.100 *1.000 Vanadium Boride- n7 x* o) Z: O3 I- P
VC 5.770 *1.000 Vanadium Carbide
6 h3 E* S3 A$ Q* ~, y7 aVN 6.130 *1.000 Vanadium Nitride
3 @' ]/ e! A1 j2 l5 h$ ?8 RVO2 4.340 *1.000 Vanadium Dioxide
4 N, o6 T/ m# k8 nW 19.300 0.163 Tungsten) y" ^3 ? M+ Q- i0 W
WC 15.600 0.151 Tungsten Carbide
& \- R Q" o" l0 z' U0 J- L# HWB2 10.770 *1.000 Tungsten Boride
4 A H* ^% L j; bWO3 7.160 *1.000 Tungsten Trioxide
/ A8 C0 P8 I4 x4 G" s4 E. O2 m9 DWS2 7.500 *1.000 Tungsten Disulphide
2 I: U9 A% ^& D2 o3 i4 C7 z8 LWSi2 9.400 *1.000 Tungsten Silicide" A \) J8 [9 q) z) w) b% a
Y 4.340 0.835 Yttrium3 r ~$ ^ i- B# _7 k" B
Y2O3 5.010 *1.000 Yttrium Oxide
% z! I# m6 ?: p; m+ E) D; pYb 6.980 1.130 Ytterbium
3 m" j$ ?" Q1 pYb2O3 9.170 *1.000 Ytterbium Oxide0 o2 r+ {- P, D w$ x6 W
Zn 7.040 0.514 Zinc
" ~( H1 Q- S) k2 `* d# M# qZn3Sb2 6.300 *1.000 Zinc Antimonide
, w4 z# k- o6 ^& j7 TZnF2 4.950 *1.000 Zinc Fluoride
. m0 x# z, K6 g% n& wZnO 5.610 0.556 Zinc Oxide
( b; f6 n, b. k: bZnS 4.090 0.775 Zinc Sulfide! }& g/ s8 ~) I$ ?
ZnSe 5.260 0.722 Zinc Selenide0 x( g$ ], I, ?' J
ZnTe 6.340 0.770 Zinc Telluride4 O+ T% o, h3 a* d
Zr 6.490 0.600 Zirconium# ?- ? q* J% {. P- P0 ]
ZrB2 6.080 *1.000 Zirconium Boride
. l( o4 R% q5 oZrC 6.730 0.264 Zirconium Carbide" d3 Z* h" K0 l i
ZrN 7.090 *1.000 Zirconium Nitride
& x0 i+ O8 @3 G) F; iZrO2 5.600 *1.000 Zirconium Oxide |
评分
-
查看全部评分
|
窥视卡
雷达卡
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
抢沙发
显身卡
楼主
楼上的谢谢了，我正好也在找这个东西
楼上的谢谢了，我正好也在找这个东西
