cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/uuid:5fa95457-7ef4-4fe6-93df-97e311826b94
title: Measured data from sensor Q3 at Maisbich for month 2005-06

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q3, 2003-12 to 2006-10 Measuring instrument: Maisbich basin: V-notch discharge meter Q3 (Qdown) Type: Pressure Sensor Keller DCX-4.0, SN 1467 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.0015m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4)
DOI: 10.4121/uuid:61f68ff6-45a9-44ca-aafe-f7c0c359a1e5
title: Measured data from sensor Dis at Attert for month 2005-08

description: measured water pressure Parent item: All data measured by discharge meter in Attert basin Measuring instrument: Useldange, Attert basin: Discharge meter ISCO 4120 ultrasonic sensor (ceramic pressure membrane). Measures water pressure (?). The sensor is installed under a bridge (?).
DOI: 10.4121/uuid:6208ab59-1c44-47df-9e44-2833af4bd536
title: Calculated data from sensor Q1 at Maisbich for month 2006-10

description: Height V-notch above sensor 0.145 m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:625ad19a-e80e-4375-bd99-f4301d35526f
title: Calculated data from sensor Q3 at Maisbich for month 2005-10

description: Height V-notch above sensor -0.0015 m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q3, 2003-12 to 2006-10 Measuring instrument: Maisbich basin: V-notch discharge meter Q3 (Qdown) Type: Pressure Sensor Keller DCX-4.0, SN 1467 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.0015m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4) Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:62d2a605-3117-4ed8-9c69-7f4c43650c70
title: Measured data from sensor IMD at Huewelerbach2 for month 2005-07

description: Parent item: All data measured by interception measurement device in Huewerbach basin Measuring instrument: Huewelerbach basin: Interception measurement device According to original data the location is Westerbork NL but this is probably wrong Evaporation measument. Area basin 1.00 m2, 2x3 strain gauges: type FLA-6, resistance 120 Ohm. Valve (&lt; 18 jan 2006): electronic magnetic valve Type: MBMG2Z-1263008-12V. (KOBOLD Instrumentatie BV, Arnhem) Valve (&gt;=18 jan 2006): electronic magnetic valve (12VDC) Type: MBMG2Z-1264020. Messing 3/4 " (KOBOLD Instrumentatie BV, Arnhem) Temperature sensor: LM335, output 10 mV/K (Farnell). Throughfall: tipping bucket & pluvio meters.
DOI: 10.4121/uuid:63400170-fa3a-4b5f-b2b0-a49e9a224cc9
title: Calculated data from sensor Q1 at Maisbich for month 2004-03

description: Height notch above sensor 0.145m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:648155dd-cec2-4e15-b336-8d0c799a0356
title: Measured data from sensor Q2 at Maisbich for month 2004-05

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q2 Measuring instrument: Maisbich basin: V-notch discharge meter Q2 Type: Pressure Sensor Keller DCX-4.0, SN 1466 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.017m.
DOI: 10.4121/uuid:657b54de-6b94-4747-b0ef-e7c3af41ccdd
title: Measured data from sensor TB at Maisbich for month 2003-12

description: Parent item: All data measured by tipping bucket discharge meter in Maisbich Measuring instrument: Maisbich basin: Tipping bucket rainfall meter Type: Casella Tipping Bucket 100000 E This instrument measures rainfall by counting the times a bucket tips over due to filling with rainfall. Aperture 400 cm3 (?) Bucket size 0.2mm (?)
DOI: 10.4121/uuid:663b8cad-9dc0-44e7-b8a4-a7018af2a2dd
title: Calculated data from sensor Q2 at Maisbich for month 2004-04

description: Height notch above sensor 0.017m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q2 Measuring instrument: Maisbich basin: V-notch discharge meter Q2 Type: Pressure Sensor Keller DCX-4.0, SN 1466 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.017m. Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6755af94-6622-4ca6-acda-66ea756cb4ad
title: Calculated data from sensor Q1 at Maisbich for month 2005-02

description: Height V-notch above sensor 0.145 m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:676be9b1-8781-400f-b901-85a3d3871d5f
title: Measured data from sensor Q1 at Maisbich for month 2005-07

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff).
DOI: 10.4121/uuid:683eba9a-8f38-4a73-b8e3-3d5477fdbb52
title: Measured data from sensor Dis at Attert for month 2004-12

description: measured water pressure Parent item: All data measured by discharge meter in Attert basin Measuring instrument: Useldange, Attert basin: Discharge meter ISCO 4120 ultrasonic sensor (ceramic pressure membrane). Measures water pressure (?). The sensor is installed under a bridge (?).
DOI: 10.4121/uuid:69250be0-7e11-4078-8baf-d7edcbd84f53
title: Measured data from sensor Dis at Michelau for month 2004-05

description: measured distance between water level and sensor level Parent item: All data measured by discharge meter in Michelau, Sure basin Measuring instrument: Michelau, Sure basin: Discharge meter ISCO 4110 ultrasonic sensor. The sensor is installed under a bridge. Measured distance between water level and sensor level (?)
DOI: 10.4121/uuid:69c6fed2-4755-4974-9c01-aa674cbe761d
title: Measured data from sensor L2 at Heuwelerbach for month 2004-09

description: Comment: measuredSoil moisture pits L2_1 and L2_2 Measuring instrument: Huewelerbach basin: Soil moisture probes L2 Soil moisture pits L2_1 and L2_2. Soil moisture ECH20 probe. Probes: Type: S-SMA-M003 The soil moisture smart sensor is designed to work with the HOBO (c) Weather station logger. It combines the ECH20 dielectric aquameter probe of Decagon Devices, Inc. with Onset 's smart sensor technology. The accuracy is 3% and 1% with soil specific calibration. The temperature sensor is the 12 bits temperature smart sensor. [ profile 1 | profile 2 ] [ probe nr. depth (cm) | probe nr. depth (cm) ] [ 776900 10 | 776892 10 ] [ 776902 20 | 776893 20 ] [ 776904 35 | 776894 35 ] [ 776905 50 | 776895 50 ] temperature sensor [ 770706 15 ]
DOI: 10.4121/uuid:6a3169d5-0a95-42be-b8dc-5370760ea937
title: Calculated data from sensor Q2 at Maisbich for month 2005-03

description: Height V-notch above sensor0.017m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q2 Measuring instrument: Maisbich basin: V-notch discharge meter Q2 Type: Pressure Sensor Keller DCX-4.0, SN 1466 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.017m. Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6a4e6b81-e69d-4ff7-b6a9-9bf46fcbc30a
title: Calculated data from sensor Q1 at Maisbich for month 2004-04

description: Height notch above sensor 0.145m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6a84551e-5ed6-4e04-ae9b-b2d3786ad232
title: Calculated data from sensor Q1 at Maisbich for month 2005-04

description: Height V-notch above sensor 0.145 m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6a95e932-3b13-485c-9661-bc783a646803
title: Measured data from sensor METEO at Huewelerbach2 for month 2005-07

description: Parent item: All data measured by meteorological station in Huewerbach basin Measuring instrument: Huewelerbach basin: Meteorological station
DOI: 10.4121/uuid:6aab250d-6a8b-4fa0-bb71-98f206b71035
title: Calculated data from sensor Q1 at Maisbich for month 2006-01

description: Height V-notch above sensor0.145m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff). Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6ae6ef23-37a7-40b4-850a-87fb674a6f18
title: Measured data from sensor IMD at Westerbork for month 2005-10

description: Parent item: All data measured by interception measurement device in Westerbork Measuring instrument: Westerbork: Interception measurment device Evaporation measurement. Area basin 0.36 m2, 2x3 strain gauges: type FLA-6, resistance 120 Ohm. Valve (&lt; 18 jan 2006): electronic magnetic valve Type: MBMG2Z-1263008-12V. (KOBOLD Instrumentatie BV, Arnhem) Valve (&gt; 18 jan 2006): electronic magnetic valve (12VDC) Type: MBMG2Z-1264020. Messing 3/4 "(?) (KOBOLD Instrumentatie BV, Arnhem) Temperature sensor: LM335, output 10 mV/K (Farnell).
DOI: 10.4121/uuid:6b2acbde-9f19-4dba-a87b-5a70a5446f03
title: Measured data from sensor GRW21 at Maisbich for month 2005-07

description: Height piezometer above sensor 1.25 m Parent item: All data measured by groundwater level piezometer GRW21 at Maisbich Measuring instrument: Maisbich basin: Groundwater level piezometer Code: GRW 21 Type: Temperature and Pressure sensor Make: Keller DCX-22 AA This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of piezometer above sensor: 1.18m.
DOI: 10.4121/uuid:6b787270-cf56-417c-9dda-5d11fa0c3f5f
title: Measured data from sensor Q1 at Maisbich for month 2004-07

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff).
DOI: 10.4121/uuid:6bd1c11e-1ade-4968-a496-46b6bf387870
title: Measured data from sensor GRW21 at Maisbich for month 2004-06

description: Height piezometer above sensor1.25m Parent item: All data measured by groundwater level piezometer GRW21 at Maisbich Measuring instrument: Maisbich basin: Groundwater level piezometer Code: GRW 21 Type: Temperature and Pressure sensor Make: Keller DCX-22 AA This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of piezometer above sensor: 1.18m.
DOI: 10.4121/uuid:6c46b7fa-9ca4-4c8a-88fe-ea2a38109366
title: Measured data from sensor GRW21 at Maisbich for month 2004-11

description: Height piezometer above sensor1.25m Parent item: All data measured by groundwater level piezometer GRW21 at Maisbich Measuring instrument: Maisbich basin: Groundwater level piezometer Code: GRW 21 Type: Temperature and Pressure sensor Make: Keller DCX-22 AA This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of piezometer above sensor: 1.18m.
DOI: 10.4121/uuid:6ec1b3ef-e453-46c5-9823-18039cea6e39
title: Measured data from sensor IMD at Westerbork for month 2005-02

description: #new data set (RG050105) 2005-01-05 13:09:15 Parent item: All data measured by interception measurement device in Westerbork Measuring instrument: Westerbork: Interception measurment device Evaporation measurement. Area basin 0.36 m2, 2x3 strain gauges: type FLA-6, resistance 120 Ohm. Valve (&lt; 18 jan 2006): electronic magnetic valve Type: MBMG2Z-1263008-12V. (KOBOLD Instrumentatie BV, Arnhem) Valve (&gt; 18 jan 2006): electronic magnetic valve (12VDC) Type: MBMG2Z-1264020. Messing 3/4 "(?) (KOBOLD Instrumentatie BV, Arnhem) Temperature sensor: LM335, output 10 mV/K (Farnell).
DOI: 10.4121/uuid:6f2cceb1-75ff-45db-a08a-4f370266e74a
title: Measured data from sensor Dis at Michelau for month 2005-08

description: measured distance between water level and sensor level Parent item: All data measured by discharge meter in Michelau, Sure basin Measuring instrument: Michelau, Sure basin: Discharge meter ISCO 4110 ultrasonic sensor. The sensor is installed under a bridge. Measured distance between water level and sensor level (?)
DOI: 10.4121/uuid:6f525bb7-e0ea-491e-91d9-c1dbbd4f6e38
title: Calculated data from sensor Q3 at Maisbich for month 2005-06

description: Height V-notch above sensor -0.0015 m Parent item: Maisbich (Luxemburg), calculated data from discharge meter Q3, 2003-12 to 2006-10 Measuring instrument: Maisbich basin: V-notch discharge meter Q3 (Qdown) Type: Pressure Sensor Keller DCX-4.0, SN 1467 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.0015m. Datasets with correction contain the corrected discharge observed at the Vnotch. The discharge is calculated as Q=Cd*h^2.5 After correcting the logger measurements with hand measured depths we interpolated the difference (dH) Then we determined the factor Cd with discharge measurements which we also interpolated The timing of hand measurements can be corrected to better represent the logged values The last corrections (variable "clean_corr") were made for blocking of the V-notch weir as folows: z1 represents the last good discharge value after which sedimentation slowly starts blocking the weir z2 represents the moment when the blocking is max z3 represents the moment just before cleaning of the weir z4 represents the moment after cleaning of the weir The max difference in discharge is Q(z3)-Q(z4) Contributor: Durr, E.H.(Eugene)
DOI: 10.4121/uuid:6f732da8-c60d-4aa1-98e4-faadb13f8b1b
title: Measured data from sensor Dis at Michelau for month 2004-02

description: measured distance between water level and sensor level Parent item: All data measured by discharge meter in Michelau, Sure basin Measuring instrument: Michelau, Sure basin: Discharge meter ISCO 4110 ultrasonic sensor. The sensor is installed under a bridge. Measured distance between water level and sensor level (?)
DOI: 10.4121/uuid:6f9a74dd-399e-4b32-b94c-2e5aea7331a0
title: Measured data from sensor TB at Maisbich for month 2006-08

description: Parent item: All data measured by tipping bucket discharge meter in Maisbich Measuring instrument: Maisbich basin: Tipping bucket rainfall meter Type: Casella Tipping Bucket 100000 E This instrument measures rainfall by counting the times a bucket tips over due to filling with rainfall. Aperture 400 cm3 (?) Bucket size 0.2mm (?)
DOI: 10.4121/uuid:702b0e64-653a-49c0-9a6c-6675b8dbbf8c
title: Measured data from sensor METEO at Huewelerbach2 for month 2005-11

description: no values after 11-07 Parent item: All data measured by meteorological station in Huewerbach basin Measuring instrument: Huewelerbach basin: Meteorological station
DOI: 10.4121/uuid:703dddc1-6ddd-48c0-bdc5-f25e75882f58
title: Measured data from sensor Q1 at Maisbich for month 2006-02

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q1, 2003-12 to 2008-05 Measuring instrument: Maisbich basin: V-notch discharge meter Q1 Type: Pressure Sensor Keller DCX-4.0, SN 1454 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: hV=0.145m. The discharge is calculated with the rating curve Q=C*(h-hV)^2.5 where C is a calibration constant and h results from the pressure difference (Willem Luxemburg, Martijn Westhoff).
DOI: 10.4121/uuid:70eccb2a-9947-47d3-a52c-d101abae419c
title: Measured data from sensor TB at Maisbich for month 2004-12

description: Parent item: All data measured by tipping bucket discharge meter in Maisbich Measuring instrument: Maisbich basin: Tipping bucket rainfall meter Type: Casella Tipping Bucket 100000 E This instrument measures rainfall by counting the times a bucket tips over due to filling with rainfall. Aperture 400 cm3 (?) Bucket size 0.2mm (?)
DOI: 10.4121/uuid:722faf50-4755-448a-a979-b61dbbb3d6b0
title: Measured data from sensor IMD at Westerbork for month 2006-03

description: Parent item: All data measured by interception measurement device in Westerbork Measuring instrument: Westerbork: Interception measurment device Evaporation measurement. Area basin 0.36 m2, 2x3 strain gauges: type FLA-6, resistance 120 Ohm. Valve (&lt; 18 jan 2006): electronic magnetic valve Type: MBMG2Z-1263008-12V. (KOBOLD Instrumentatie BV, Arnhem) Valve (&gt; 18 jan 2006): electronic magnetic valve (12VDC) Type: MBMG2Z-1264020. Messing 3/4 "(?) (KOBOLD Instrumentatie BV, Arnhem) Temperature sensor: LM335, output 10 mV/K (Farnell).
DOI: 10.4121/uuid:73417b63-b969-406a-9abb-0f0029e52a3e
title: Measured data from sensor Dis at Attert for month 2005-09

description: measured water pressure Parent item: All data measured by discharge meter in Attert basin Measuring instrument: Useldange, Attert basin: Discharge meter ISCO 4120 ultrasonic sensor (ceramic pressure membrane). Measures water pressure (?). The sensor is installed under a bridge (?).
DOI: 10.4121/uuid:7499773d-7724-4457-aa22-c380639e242c
title: Measured data from sensor L1 at Heuwelerbach for month 2004-09

description: Comment: measured Soil moisture pits L1_1 and L1_2 Measuring instrument: Huewelerbach basin: Soil moisture probes L1 Soil moisture pits L1_1 and L1_2. Soil moisture ECH20 probe. Probes: Type: S-SMA-M003 The soil moisture smart sensor is designed to work with the HOBO (c) Weather station logger. It combines the ECH20 dielectric aquameter probe of Decagon Devices, Inc. with Onset 's smart sensor technology. The accuracy is 3% and 1% with soil specific calibration. The temperature sensor is the 12 bits temperature smart sensor. [ profile 1 | profile 2 ] [ probe nr. depth (cm) | probe nr. depth (cm) ] [ 777553 10 | 776887 10 ] [ 777554 20 | 776888 20 ] [ 777555 30 | 776889 30 ] [ 777556 40 | 776890 40 ] [ 777557 50 | 776891 50 ] temperature sensor [ 754379 15 ]
DOI: 10.4121/uuid:753e2caa-16aa-4321-81a4-823c0198413e
title: Measured data from sensor Q2 at Maisbich for month 2004-06

description: Parent item: Maisbich (Luxemburg), measured data from discharge meter Q2 Measuring instrument: Maisbich basin: V-notch discharge meter Q2 Type: Pressure Sensor Keller DCX-4.0, SN 1466 This instrument is based on differential pressure measurement of two absolute sensors. The sensors measure pressure and temperature. Height of V-notch above sensor: -0.017m.