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CALibration
Samples
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You may contact us directly for ordering CALsamples
or other small hardware products.
Note: CALsamples can also be ordered separately.
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METAL MONITOR PROGRAM for WD |
MM# |
CAL.2xx |
El |
MM1 |
CAL.222 |
Ti |
MM2 |
CAL.223 |
V |
MM3 |
CAL.227 |
Co |
MM4 |
CAL.230 |
Zn |
MM5 |
CAL.240 |
Zr |
MM6 |
CAL.242 |
Mo |
MM7 |
CAL.250 |
Sn |
MM8 |
CAL.274 |
W |
MM9 |
CAL.279 |
Au |
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A new monitor program is available sinds 2004 January.
Recommended for endwindow tubes.
This program is based on 9 pure metal disks.
Major benefits are:
Fundamental samples with extreme long use.
Extreme high reproducibility,
without sample preparation errors.
No damage after sample drop.
Easy cleaning, without risk of pollution. |
METAL MONITOR PROGRAM for ED |
MM# |
CAL.2xx |
El |
MM1 |
CAL.213 |
Al |
MM2 |
CAL.222 |
Ti |
MM3 |
CAL.224 |
Cr |
MM4 |
CAL.228 |
Fe |
MM5 |
CAL.240 |
Ni |
MM6 |
CAL.242 |
Mo |
MM7 |
CAL.250 |
Sn |
MM8 |
CAL.274 |
W |
MM9 |
CAL.282 |
Pb |
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A different metal monitor program is used for the Quant'X.
This program is also based on 9 pure metal disks.
Major benefits are:
Fundamental samples with extreme long use.
Extreme high reproducibility,
without sample preparation errors.
No damage after sample drop.
Easy cleaning, without risk of pollution. |
Overview
of sets of CAL samples
P = Pressed
powder M = Metal foil S
= Sintered flat disk T = Teflon
MM = Metal Monitor |
CAL
nr. |
Description |
CAL-SS11 |
CAL-CS53 |
CAL-SS18 |
CAL-CS46 |
209
|
F (Teflon) |
T |
.
|
T |
.
|
211 |
NaHCO3 |
..
|
P |
.
|
P |
213 |
Al |
.
|
M |
.
|
M |
214 |
SiO2 |
.
|
S |
.
|
S |
215 |
CaHPO4 |
P |
.
|
P |
. |
216 |
S |
P |
.
. |
P |
. |
217 |
KCl |
.
|
P |
.
|
P |
219 |
K2SO4 |
P |
.
|
P |
. |
222 |
Ti |
.
|
M |
M
(MM1) |
. |
223 |
V |
M |
.
|
M
(MM2) |
. |
224 |
Cr2O3 or Cr as element
asED-XRF monitor |
. |
P |
.
|
P |
225 |
Mn |
.
|
M |
.
|
M |
226 |
Fe |
.
|
M |
.
|
M |
227 |
Co |
.
|
M |
M
(MM3) |
.
|
228 |
Ni |
.
|
M |
.
|
M |
229 |
Cu |
.
|
M |
.
|
M |
230 |
Zn |
.
|
M |
M
(MM4) |
.
|
231 |
Ga2O3 |
.
|
P |
.
|
P |
232 |
GeO2 |
.
|
P |
.
|
P |
233 |
As2O3 |
.
|
P |
.
|
P |
235 |
KBr |
.
|
P |
.
|
P |
237 |
Rb2SO4 |
.
|
P |
.
|
P |
238 |
SrCO3 |
.
|
P |
.
|
P |
240 |
Zr |
.
|
M |
M
(MM5) |
.
|
241 |
Nb |
.
|
M |
.
|
M |
242 |
Mo |
.
|
M |
M
(MM6) |
. |
246 |
PdIr10 |
M |
|
M |
. |
247 |
Ag |
.
|
M |
.
|
M |
248 |
Cd |
.
|
M |
.
|
M |
249 |
In |
.
|
M |
.
|
M |
250 |
Sn |
.
|
P |
M
(MM7) |
.
|
251 |
Sb2O3 |
.
|
P |
.
|
P |
252 |
TeO2 |
.
|
P |
.
|
P |
253 |
KIO3 |
.
|
P |
.
|
P |
255 |
CsNO3 |
.
|
P |
.
|
P |
P = Pressed powder M = Metal
foil S = Sintered flat disk T
= Teflon MM = Metal Monitor
257 |
LaF3 |
.
|
P |
.
|
P |
258 |
CeF3 |
.
|
P |
.
|
P |
259 |
PrF3 |
.
|
P |
.
|
P |
260 |
NdF3 |
.
|
P |
.
|
P |
262 |
SmF3 |
.
|
P |
.
|
P |
263 |
EuF3 |
.
|
P |
.
|
P |
264 |
GdF3 |
.
|
P |
.
|
P |
265 |
TbF3 |
.
|
P |
.
|
P |
266 |
DyF3 |
.
|
P |
.
|
P |
267 |
HoF3 |
.
|
P |
.
|
P |
268 |
ErF3 |
.
|
P |
.
|
P |
269 |
TmF3 |
.
|
P |
.
|
P |
270 |
YbF3 |
.
|
P |
.
|
P |
271 |
LuF3 |
..
|
P |
..
|
P |
P = Pressed powder M = Metal
foil S = Sintered flat disk T
= Teflon MM = Metal Monitor
272 |
Hf |
.
|
M |
.
|
M |
273
|
Ta |
.
|
M |
.
|
M |
274 |
W |
.
|
M |
M
(MM8) . |
.
|
278 |
PtRh10 |
.
|
M |
.
|
M |
279 |
Au |
M |
M |
M
(MM9) . |
M |
280 |
HgO |
.
|
P |
.
|
P |
282 |
Pb |
|
M |
.
|
M |
283 |
Bi2O3 |
.
|
P |
.
|
P |
293 |
Ni2P |
P |
P |
P |
P |
294 |
FeS |
.
|
P |
.
|
P |
295 |
3MgO.4SiO2.H2O |
P |
P |
P |
P |
296 |
CaWO4 |
.
|
P |
.
|
P |
297 |
CdSe |
.
|
P |
.
|
P |
298 |
YBa2Cu3O6.8 |
P |
P |
P |
P |
299 |
AlNa3F6 |
P |
P |
P |
P |
P = Pressed powder M = Metal
foil S = Sintered flat disk T
= Teflon MM = Metal Monitor
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