ARM91: Logbook Entries

ARM91: RADIATION Messages: 6 Entries..

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Entry Date Title Site Author #Graphics
18 Sun 17-Feb-1991PSP.IN status: nonesrs
118 Tue 26-Feb-1991LICOR SENSORS: nonesrs
130 Wed 27-Feb-1991CMP_EPLI - a new graph: nonesrs
170 Sat 02-Mar-1991PYRGEOMETER SENSORS: nonesrs
179 Sun 03-Mar-1991ERROR in PYG TEMPS; nonesrs
186 Tue 05-Mar-1991PYG TEMPS: nonesrs


18: RADIATION , Site none, Sun 17-Feb-1991 06:05:01 MST, PSP.IN status:
PSP.IN status: 
 
	The psp.in sensor is working ok. 
Output is -.26 W/m^2. 
 
118: RADIATION , Site none, Tue 26-Feb-1991 17:03:36 MST, LICOR SENSORS:
LICOR SENSORS: 
 
	The licor sensors have been added to the 
system at about 23:30 GMT. These sensors have been 
added to routine covar_marigold which will be restarted 
at 00:00 GMT day 58. Preprocess has also been modified 
with the correct coefficients. Below is a table providing 
pertinent information. 
 
ADAM CHANNEL	SENSOR          ID		CALIBRATION 
 
113		licor.out     py10835		.078992779 
114		licor.out     py13331		.059530038 
 
130: RADIATION , Site none, Wed 27-Feb-1991 22:34:00 MST, CMP_EPLI - a new graph:
CMP_EPLI - a new graph: 
 
	"cmp_epli" is a plot to display the 
difference between the epply psp sensors and the 
licor. The user has the option to diplay the licor 
data on the y axis and the psp on the x or they may 
wish to display the difference (psp-licor) on the 
y axis and psp on the x. One must also choose if they 
wish to look at in coming or out going radiation. 
 
USAGE: cmp_epli  <-o -i> <-d> 
 
if <-d> is left out, then a plot of psp vs licor 
will be presented. 
 
170: RADIATION , Site none, Sat 02-Mar-1991 17:38:05 MST, PYRGEOMETER SENSORS:
PYRGEOMETER SENSORS: 
        The pygs were removed by Tony at 08:30 - 08:50 on Friday 1 March 
and taken to the lab for temperature calibration. 
	The pygs were added back into the system today, Saturday 2 March 
around 22:30 GMT. They are now sending data for tdome and 
tcase. Software is being worked on to make the data useful. 
 
	Below is the amplifier/filter settings and channel 
assignment. In addition are the calibration coefficients. 
For more infor on the calibration as Steve S. 
 
ADAM: marigold 
 
sensor		channel		gain	filter 
 
pyg.out.dome	109 (B:6)	10	.5 hz 
pyg.out.case	110 (B:5)	10	.5 hz 
pyg.in.dome	101 (B:4)	10	.5 hz 
pyg.in.case	112 (B:3)	10	.5 hz 
 
note : B:XX refers to amp/filter board B (second board) 
 
calibration coefficients; 
 
coef	pyg.out.dome		pyg.out.case 
 
A0	3.5090832595e-3		3.5046541693e-3 
A1	2.8641119371e-4		2.8927814451e-4 
A2	2.7833831158e-6		1.2812645548e-6 
A3	6.0035150815e-7		9.6651086779e-7 
 
	pyg.in.dome		pyg.in.case 
 
A0	3.5123771556e-3		3.502568285e-3 
A1	2.845877223e-4		2.9010412245e-4 
A2	3.843366621e-6		8.1628430477e-7 
A3	2.6494487328e-7		1.0437311052e-6 
 
 
179: RADIATION , Site none, Sun 03-Mar-1991 18:35:06 MST, ERROR in PYG TEMPS;
ERROR in PYG TEMPS; 
 
	Looking at today's data, there is 
an error in the calculation of pyg. temperatures. 
From my testing it appears to be in the way the 
coefficients are pass to the calibration routine. 
With coeficients of 1, thigns calculate correctly. 
We shall find a solution tomorrow! 
 
186: RADIATION , Site none, Tue 05-Mar-1991 12:48:52 MST, PYG TEMPS:
PYG TEMPS: 
 
	Charlie made the change to the parsing 
routine to accept the temperature coefficients. 
Xcockpit, covar, and xstrip have been re-compiled 
to accept the new preprocess routine with the correct 
parsing software.