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vaclab
temperature_sensor_calibration
Commits
5d964a13
Commit
5d964a13
authored
6 years ago
by
wactbprot
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wrong corr type
parent
a0fb7c0a
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ce3/2018/report.Rtex
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ce3/2018/report.Rtex
ce3/2018/report.pdf
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ce3/2018/report.pdf
ce3/2018/report.tex
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ce3/2018/report.tex
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ce3/2018/report.Rtex
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5d964a13
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@@ -225,7 +225,7 @@ und die Ergebnisse in den |Result|-Abschnitt des Datenbankdokuments geschrieben.
%%
%% doc$Calibration$Result$Values$Temperature <-
%% setCcl(doc$Calibration$Result$Values$Temperature,
%% paste0("agilentCorrCh", ch
.name
),
%% paste0("agilentCorrCh", ch
[i]
),
%% "K",
%% corr.mean[i])
%%
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ce3/2018/report.tex
+
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−
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5d964a13
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@@ -187,7 +187,7 @@
Die Kalibrierung der Temperatursensoren von FM3/CE3 fand nach Ablauf der
Rekalibrierfrist statt.
Das Temperaturnormal des Labors (Typ: MTK50, SN:81703951, KS74135PTB18) wurde
5/2018 mit Hilfe de
r
Fixpunkte von H
$_
2
$
O kalibriert.
5/2018 mit Hilfe de
s
Fixpunkte
s
von H
$_
2
$
O kalibriert.
\section*
{
Ablauf
}
...
...
@@ -233,13 +233,21 @@ werden.
In nachfolgender Rechnung wird die Messreihe
|cal-2018-mkt50-ik-4833
_
0001| ausgewertet
und die Ergebnisse in den |Result|-Abschnitt geschrieben.
und die Ergebnisse in den |Result|-Abschnitt
des Datenbankdokuments
geschrieben.
\begin{knitrout}
\definecolor
{
shadecolor
}{
rgb
}{
0.969, 0.969, 0.969
}
\color
{
fgcolor
}
\begin{kframe}
\begin{alltt}
\hlkwd
{
library
}
\hlstd
{
(R4CouchDB)
}
\end{alltt}
{
\ttfamily\noindent\itshape\color
{
messagecolor
}{
\#\#
Loading required package: bitops
}}
{
\ttfamily\noindent\itshape\color
{
messagecolor
}{
\#\#
Loading required package: RCurl
}}
{
\ttfamily\noindent\itshape\color
{
messagecolor
}{
\#\#
Loading required package: RJSONIO
}}
\begin{alltt}
\hlkwd
{
library
}
\hlstd
{
(vacLabTools)
}
\hlstd
{
cdb
}
\hlkwb
{
<-
}
\hlkwd
{
cdbIni
}
\hlstd
{
()
}
\hlstd
{
cdb
}
\hlopt
{$}
\hlstd
{
DBName
}
\hlkwb
{
<
-
}
\hlstr
{
"vl
_
db"
}
...
...
@@ -277,7 +285,7 @@ und die Ergebnisse in den |Result|-Abschnitt geschrieben.
\hlstd
{
doc
}
\hlopt
{$}
\hlstd
{
Calibration
}
\hlopt
{$}
\hlstd
{
Result
}
\hlopt
{$}
\hlstd
{
Values
}
\hlopt
{$}
\hlstd
{
Temperature
}
\hlkwb
{
<
-
}
\hlkwd
{
setCcl
}
\hlstd
{
(
doc
}
\hlopt
{$}
\hlstd
{
Calibration
}
\hlopt
{$}
\hlstd
{
Result
}
\hlopt
{$}
\hlstd
{
Values
}
\hlopt
{$}
\hlstd
{
Temperature,
}
\hlkwd
{
paste
0
}
\hlstd
{
(
}
\hlstr
{
"agilentCorrCh"
}
\hlstd
{
, ch
.name
)
,
}
\hlkwd
{
paste
0
}
\hlstd
{
(
}
\hlstr
{
"agilentCorrCh"
}
\hlstd
{
, ch
[
i
]
)
,
}
\hlstr
{
"K"
}
\hlstd
{
,
}
\hlstd
{
corr.mean
[
i
])
}
...
...
@@ -311,7 +319,7 @@ und die Ergebnisse in den |Result|-Abschnitt geschrieben.
##
[
1
]
"cal
-
2018
-
mkt
50
-
ik
-
4833
_
0001
"
##
##
$
rev
## [1] "20
4-52b14a4cf296dea1ce31fdb9a5e4dabb
"
## [1] "20
5-28149eec3a03c7815e1cc3e4d690193f
"
\end{verbatim}
\end{kframe}
\end{knitrout}
...
...
@@ -358,6 +366,7 @@ berücksichtigen:
Die Gesamtunsicherheit der Kalibrierung der Sensoren ergibt sich durch
quadratische Addition der Einzelbeiträge:
\begin{equation}
\label
{
eq:u
}
u
_
c =
\sqrt
{
u
_
1
^
2+u
_
2
^
2+u
_
3
^
2+u
_
4
^
2+u
_
5
^
2 +u
_
6
^
2
}
...
...
@@ -380,7 +389,7 @@ Man erhält eine erweiterte Gesamtunsicherheit von:
Das Messsystem sollte nach 24 Monaten rekalibriert werden.
\vspace
{
1.
5
cm
}
\vspace
{
1.
0
cm
}
\emph
{
Thomas Bock
\\
Labor für Vakuummetrologie
\\
...
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