Neutrini from EC

add mean energy and intensity for neutrini via EC in database
IAEA-NDS · Mar 9, 2023 · 893ab9c · 893ab9c
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diff --git a/docs/_modules/index.html b/docs/_modules/index.html
@@ -95,6 +95,7 @@
 <li class="toctree-l1"><a class="reference internal" href="../installation.html#dependencies">2. Dependencies</a></li>
 <li class="toctree-l1"><a class="reference internal" href="../installation.html#test-it-s-working">3. Test it’s working</a></li>
 <li class="toctree-l1"><a class="reference internal" href="../installation.html#optional-packages">4. Optional packages</a></li>
+<li class="toctree-l1"><a class="reference internal" href="../installation.html#change-log">5. Change log</a></li>
 </ul>
 <p class="caption" role="heading"><span class="caption-text">Interrogation</span></p>
 <ul>

diff --git a/docs/_modules/ndlab.html b/docs/_modules/ndlab.html
diff --git a/docs/_sources/entities.rst.txt b/docs/_sources/entities.rst.txt
@@ -115,7 +115,7 @@ DR_ALPHA
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
 | **HINDRANCE** |nbspc| |nbspc|  	*(Q)* hindrance factor
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -129,7 +129,7 @@ DR_BETAM
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENDPOINT** |nbspc| |nbspc|  	*(Q)* end-point energy [keV]
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **LOGFT** |nbspc| |nbspc|  		*(Q)* log ft
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
@@ -148,7 +148,7 @@ DR_BETAP
 | **EC_INTENSITY** |nbspc| |nbspc|  	*(Q)* electron capture intensity per 100 decays of the parent
 | **ENDPOINT** |nbspc| |nbspc|  	*(Q)* end-point energy [keV]
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **LOGFT** |nbspc| |nbspc|  		*(Q)* log ft
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
@@ -163,7 +163,7 @@ DR_ANTI_NU
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -175,8 +175,10 @@ DR_NU
 
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
-| **ENERGY** |nbspc| |nbspc|  		*(Q)* energy [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **ENERGY_** |nbspc| |nbspc|  		*(Q)* average energy [keV] when emitted via b+ 
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent when emitted via b+ 
+| **ENERGY_EC_** |nbspc| |nbspc|  		*(Q)* average energy [keV] when emitted via electron capture
+| **INTENSITY_EC_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent when emitted via electron capture 
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -190,7 +192,7 @@ DR_DELAYED
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
 | **ENERGY_X** |nbspc| |nbspc|  	*(Q)* energy of the intermediate state after beta decay and before emetting the particle [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -238,7 +240,7 @@ DR_X
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -252,7 +254,7 @@ DR_AUGER
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -266,7 +268,7 @@ DR_ANNIHIL
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  
@@ -279,7 +281,7 @@ DR_CONV_EL
 | **DAUGHTER** |nbspc| |nbspc|  	*(L)*  access to the properties of the daughter nuclide, e.g. DR_*.DAUGHTER.ENERGY  
 | **DAUGHTER_FED_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the level in which the daughter nuclide is created , e.g. DR_*.DAUGHTER_FED_LEVEL.ENERGY  
 | **ENERGY** |nbspc| |nbspc|  		*(Q)* energy of the radiation [keV]
-| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiatio per 100 decays of the parent
+| **INTENSITY_** |nbspc| |nbspc|  	*(Q)* absolute intensity of the radiation per 100 decays of the parent
 | **MODE** |nbspc| |nbspc|  		code of the decay, specify it  using one of the DECAY_* constants
 | **PARENT** |nbspc| |nbspc|  		*(L)*  access to the properties of the parent nuclide, e.g. DR_*.PARENT.Z  
 | **PARENT_LEVEL** |nbspc| |nbspc|  	*(L)*  access to the properties of the parent level, e.g. DR_*.PARENT_LEVEL.ENERGY  

diff --git a/docs/_sources/installation.rst.txt b/docs/_sources/installation.rst.txt
@@ -80,4 +80,19 @@ SQLite DB Browser
 ~~~~~~~~~~~~~~~~~
 
 | Description and schema of the underlying SQL database are presented `here <./schema/index.html>`_.
-| The engine is `SQLite <https://sqlite.org/index.html>`_. To directly access it with a graphical interface, download the  `DB Browser for SQLite <https://sqlitebrowser.org>`_
+| The engine is `SQLite <https://sqlite.org/index.html>`_. To directly access it with a graphical interface, download the  `DB Browser for SQLite <https://sqlitebrowser.org>`_
+
+
+5. Change log
+--------------------
+
+Version v.0.1.1.db.0.1.1-beta
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+First test release
+
+Version v.0.1.1.db.0.2.2-beta
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+| The energy and intensities of neutrini emitted by electron capture process where added to the database.
+| See the `ndlab.Dr_nu <code.html#ndlab.Dr_nu>`_  class, and the  `ndlaborm.DR_NU entity <entities.html#dr-nu>`_ 
diff --git a/docs/_sources/interrogation.rst.txt b/docs/_sources/interrogation.rst.txt
@@ -11,7 +11,7 @@ Data can also be processed by your own code. For this purpose a set of classes,
 :ref:`Programming section <programming-label>`
 
 
-.. _cheat-label:
+.. _cheat-interr_label:
 
 0. Cheat sheet
 --------------
@@ -34,9 +34,9 @@ Data can also be processed by your own code. For this purpose a set of classes,
  
     nucs = nuclides('NUCLIDE.Z = 2')  # list of nl objects
   
-    csv =  csv_nl(nucs)         # csv
-    df =  pandas_df_nl(nucs,pd) # dataframe
-    json = df.to_json()         # json from dataframe
+    csv =  nl.csv_nl(nucs)         # csv
+    df =  nl.pandas_df_nl(nucs,pd) # dataframe
+    json = df.to_json()         # json (or csv, excel, ...) from dataframe