diff --git a/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.html b/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.html
index 76146659..7eed44a3 100644
--- a/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.html
+++ b/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.html
@@ -2,17 +2,17 @@
 <html xmlns="http://www.w3.org/1999/xhtml" xmlns:xs="http://www.w3.org/2001/XMLSchema"><head><meta http-equiv="Content-Type" content="text/html; charset=UTF-8"/><title>SPASE Resource Description</title><script type="application/ld+json">{
 		"@context": "https://schema.org/",
 		"@type" :"Dataset",
-		"name": "High resolution density waveform",
+		"name": "ARCAD3 ISOPROBE high resolution density waveform",
      
 		"doi": "https://doi.org/10.24400/802406/dkqp-a89v",
-		"publication": ", High resolution density waveform",  ()",
+		"publication": ", ARCAD3 ISOPROBE high resolution density waveform",  ()",
 		"publisher  ":{
 		   "@type": "Organization",
            "name": ""
 		},
 	
-	"description": "This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).\nThe high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.\nThe extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.", 
-		"abstract": "This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).\nThe high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.\nThe extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.",
+	"description": "This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).\nThe high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.\nThe extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.\nThe set of data contains : general information (orbit, telemetry, ...), house-keeping parameters, ancillary parameters (local time, latitude, longitude, ...) and the waveform data (data set information, tracking frequency of the extremum).", 
+		"abstract": "This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).\nThe high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.\nThe extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.\nThe set of data contains : general information (orbit, telemetry, ...), house-keeping parameters, ancillary parameters (local time, latitude, longitude, ...) and the waveform data (data set information, tracking frequency of the extremum).",
 		"temporalCoverage": "1990.10.06  2009.30.06",
 		"keywords": [  ],
 		"license": "https://cdla.io/permissive-1-0/",
@@ -273,9 +273,11 @@
    text-decoration:underline; 
 }
 
-	  </style></head><body><div><a id="top"/></div><div class="header"><div class="middle">CDPP.io</div></div><div class="page"><div class="spase"><div class="abstract"><div class="access"><p class="box-title">Data Access</p><ul class="list"><li class="list"><a target="_blank" href="https://cdpp-archive.cnes.fr">REGARDS</a></li></ul></div><div class="citation inset"><h1><a name="spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES">High resolution density waveform</a></h1><p><div class="term">ResourceID</div><div class="definition">spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES</div></p><p><div class="term">Description</div><div class="definition"><pre>This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).
+	  </style></head><body><div><a id="top"/></div><div class="header"><div class="middle">CDPP.io</div></div><div class="page"><div class="spase"><div class="abstract"><div class="access"><p class="box-title">Data Access</p><ul class="list"><li class="list"><a target="_blank" href="https://cdpp-archive.cnes.fr">REGARDS</a></li></ul></div><div class="citation inset"><h1><a name="spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES">ARCAD3 ISOPROBE high resolution density waveform</a></h1><p><div class="term">ResourceID</div><div class="definition">spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES</div></p><p><div class="term">Description</div><div class="definition"><pre>This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).
 The high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.
-The extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.</pre></div></p></div></div><div><p class="right"><a target="_blank" href="https://cnes.github.io/CDPP/CNES_PROD/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.xml">View XML</a>
-				| <a target="_blank" href="http://xmleditor.spase-group.org/?edit=https://cnes.github.io/CDPP/CNES_PROD/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.xml">Edit</a></p><h1 class="detail">Details</h1></div><div><div class="product"><p class="version">Version:2.4.0</p><h1>NumericalData</h1><div class="term">ResourceID</div><div class="definition">spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES</div><div class="term">ResourceHeader</div><div class="definition"><div class="term">ResourceName</div><div class="definition">High resolution density waveform</div><div class="term">DOI</div><div class="definition">https://doi.org/10.24400/802406/dkqp-a89v</div><div class="term">ReleaseDate</div><div class="definition">2022-03-22 09:14:52Z</div><div class="term">Description</div><div class="definition"><pre>This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).
+The extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.
+The set of data contains : general information (orbit, telemetry, ...), house-keeping parameters, ancillary parameters (local time, latitude, longitude, ...) and the waveform data (data set information, tracking frequency of the extremum).</pre></div></p></div></div><div><p class="right"><a target="_blank" href="https://cnes.github.io/CDPP/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.xml">View XML</a>
+				| <a target="_blank" href="http://xmleditor.spase-group.org/?edit=https://cnes.github.io/CDPP/CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES.xml">Edit</a></p><h1 class="detail">Details</h1></div><div><div class="product"><p class="version">Version:2.4.0</p><h1>NumericalData</h1><div class="term">ResourceID</div><div class="definition">spase://CNES/NumericalData/CDPP-Archive/ARCAD-3/Isoprobe/ARC_ISO_HTE_RES</div><div class="term">ResourceHeader</div><div class="definition"><div class="term">ResourceName</div><div class="definition">ARCAD3 ISOPROBE high resolution density waveform</div><div class="term">DOI</div><div class="definition">https://doi.org/10.24400/802406/dkqp-a89v</div><div class="term">ReleaseDate</div><div class="definition">2022-03-22 09:14:52Z</div><div class="term">Description</div><div class="definition"><pre>This data set contains ARCAD-3 Isoprobe  waveform data (data set information, tracking frequency of the extremum).
 The high resolution data correspond to a frequency tracking of the resonance or an anti-resonance of the mutual impedance response. As the resonance frequency is related to the electron density and the anti-resonance frequency to the Debye length, these data (used as waveform data) allow studies of density and/or temperature fluctuations.
-The extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.</pre></div><div class="term">Contacts</div><dd><table class="nested" cellspacing="0"><tr><th/><th class="center">Role</th><th class="center">Person</th></tr><tbody><tr><td>1.</td><td>PrincipalInvestigator</td><td><a target="_blank" href="https://cnes.github.io/CDPP/CNES_PROD/Person/CDPP-Archive/Dominique.Lagoutte.html">spase://CNES/Person/CDPP-Archive/Dominique.Lagoutte</a></td></tr></tbody></table></dd></div><div class="term">AccessInformation</div><div class="definition"><div class="term">RepositoryID</div><div class="definition"><a href="https://cnes.github.io/CDPP/CNES_PROD/Repository/CDPP-Archive/REGARDS-CDPP.html">spase://CNES/Repository/CDPP-Archive/REGARDS-CDPP</a></div><div class="term">Availability</div><div class="definition">Online</div><div class="term">AccessURL</div><div class="definition"><div class="term">Name</div><div class="definition">REGARDS</div><div class="term">URL</div><div class="definition"><a target="_blank" href="https://cdpp-archive.cnes.fr">https://cdpp-archive.cnes.fr</a></div></div><div class="term">Format</div><div class="definition">Binary</div></div><div class="term">InstrumentIDs</div><div class="definition"><a target="_blank" href="https://cnes.github.io/CDPP/CNES_PROD/Instrument/CDPP-Archive/ARCAD-3/Isoprobe.html">spase://CNES/Instrument/CDPP-Archive/ARCAD-3/Isoprobe</a></div><div class="term">MeasurementType</div><div class="definition">ThermalPlasma</div><div class="term">TemporalDescription</div><div class="definition"><div class="term">TimeSpan</div><div class="definition"><div class="term">StartDate</div><div class="definition">1981-09-29 00:00:00Z</div><div class="term">StopDate</div><div class="definition">1986-05-17 00:00:00Z</div></div></div><div class="term">ObservedRegion</div><div class="definition">Earth.Magnetosphere</div><div class="term">ObservedRegion</div><div class="definition">Earth.NearSurface</div><div class="term">ObservedRegion</div><div class="definition">Earth.NearSurface.Ionosphere</div><div class="parameter">Parameter #1</div><div class="definition"><div class="term">Name</div><div class="definition">ARCAD-3 ISOPROBE High resolution waveform</div><div class="term">Description</div><div class="definition"><pre>ARCAD-3 ISOPROBE High resolution waveform</pre></div><div class="term">Units</div><div class="definition">kHz</div><div class="term">UnitsConversion</div><div class="definition">1e3&gt;Hz</div><div class="term">Wave</div><div class="definition"><div class="term">WaveType</div><div class="definition">PlasmaWaves</div><div class="term">Qualifier</div><div class="definition">Scalar</div><div class="term">WaveQuantity</div><div class="definition">PlasmaFrequency</div><div class="term">FrequencyRange</div><div class="definition"><div class="term">Low</div><div class="definition">100000</div><div class="term">High</div><div class="definition">9675000</div><div class="term">Units</div><div class="definition">Hz</div></div></div></div></div></div></div></div></body></html>
+The extremum trackings, one per probe, are available in the Self-Oscillating mode, Maximum and Minimum search modes. The different combinations are : AUT-AUT, MAX-MAX, MAX-MIN and MIN-MIN. The number of samples and the time resolution depend on the type of telemetry : 256 samples with a resolution of 50 ms in TMS120, 200 samples with a resolution of 20 ms in TMS30, 1680 samples with a resolution of 2.5 ms in TMS4 and 19672 samples with a resolution of 0.2 ms in TMF.
+The set of data contains : general information (orbit, telemetry, ...), house-keeping parameters, ancillary parameters (local time, latitude, longitude, ...) and the waveform data (data set information, tracking frequency of the extremum).</pre></div><div class="term">Contacts</div><dd><table class="nested" cellspacing="0"><tr><th/><th class="center">Role</th><th class="center">Person</th></tr><tbody><tr><td>1.</td><td>PrincipalInvestigator</td><td><a target="_blank" href="https://cnes.github.io/CDPP/CNES/Person/CDPP-Archive/Dominique.Lagoutte.html">spase://CNES/Person/CDPP-Archive/Dominique.Lagoutte</a></td></tr></tbody></table></dd></div><div class="term">AccessInformation</div><div class="definition"><div class="term">RepositoryID</div><div class="definition"><a href="https://cnes.github.io/CDPP/CNES/Repository/CDPP-Archive/REGARDS-CDPP.html">spase://CNES/Repository/CDPP-Archive/REGARDS-CDPP</a></div><div class="term">Availability</div><div class="definition">Online</div><div class="term">AccessURL</div><div class="definition"><div class="term">Name</div><div class="definition">REGARDS</div><div class="term">URL</div><div class="definition"><a target="_blank" href="https://cdpp-archive.cnes.fr">https://cdpp-archive.cnes.fr</a></div></div><div class="term">Format</div><div class="definition">Binary</div></div><div class="term">InstrumentIDs</div><div class="definition"><a target="_blank" href="https://cnes.github.io/CDPP/CNES/Instrument/CDPP-Archive/ARCAD-3/Isoprobe.html">spase://CNES/Instrument/CDPP-Archive/ARCAD-3/Isoprobe</a></div><div class="term">MeasurementType</div><div class="definition">ThermalPlasma</div><div class="term">TemporalDescription</div><div class="definition"><div class="term">TimeSpan</div><div class="definition"><div class="term">StartDate</div><div class="definition">1981-09-29 00:00:00Z</div><div class="term">StopDate</div><div class="definition">1986-05-17 00:00:00Z</div></div></div><div class="term">ObservedRegion</div><div class="definition">Earth.Magnetosphere</div><div class="term">ObservedRegion</div><div class="definition">Earth.NearSurface</div><div class="term">ObservedRegion</div><div class="definition">Earth.NearSurface.Ionosphere</div><div class="parameter">Parameter #1</div><div class="definition"><div class="term">Name</div><div class="definition">ARCAD-3 ISOPROBE High resolution waveform</div><div class="term">Description</div><div class="definition"><pre>ARCAD-3 ISOPROBE High resolution waveform</pre></div><div class="term">Units</div><div class="definition">kHz</div><div class="term">UnitsConversion</div><div class="definition">1e3&gt;Hz</div><div class="term">Wave</div><div class="definition"><div class="term">WaveType</div><div class="definition">PlasmaWaves</div><div class="term">Qualifier</div><div class="definition">Scalar</div><div class="term">WaveQuantity</div><div class="definition">PlasmaFrequency</div><div class="term">FrequencyRange</div><div class="definition"><div class="term">Low</div><div class="definition">100000</div><div class="term">High</div><div class="definition">9675000</div><div class="term">Units</div><div class="definition">Hz</div></div></div></div></div></div></div></div></body></html>
