<?xml version="1.0" encoding="utf-8"?>
<?xml-model href="https://pds.nasa.gov/pds4/pds/v1/PDS4_PDS_1O00.sch" schematypens="http://purl.oclc.org/dsdl/schematron"?>
<Product_Observational xmlns="http://pds.nasa.gov/pds4/pds/v1"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://pds.nasa.gov/pds4/pds/v1 https://pds.nasa.gov/pds4/pds/v1/PDS4_PDS_1O00.xsd">

  <Identification_Area>
    <logical_identifier>urn:nasa:pds:a14cplee:data:apollo14_cplee_19710331</logical_identifier>
    <version_id>1.0</version_id>
    <title>Apollo 14 CPLEE Electron and Ion Count Rates and Fluxes for 1971-03-31</title>
    <information_model_version>1.24.0.0</information_model_version>
    <product_class>Product_Observational</product_class>
  </Identification_Area>
  <Observation_Area>
    <Time_Coordinates>
      <start_date_time>1971-03-31T00:00:12Z</start_date_time>
      <stop_date_time>1971-03-31T23:59:50Z</stop_date_time>
    </Time_Coordinates>
    <Investigation_Area>
      <name>Apollo 14</name>
      <type>Mission</type>
      <Internal_Reference>
        <lid_reference>urn:nasa:pds:context:investigation:mission.apollo_14</lid_reference>
        <reference_type>data_to_investigation</reference_type>
      </Internal_Reference>
    </Investigation_Area>
    <Observing_System>
      <Observing_System_Component>
        <name>The Apollo 14 Lunar Surface Experiments Package</name>
        <type>Host</type>
        <Internal_Reference>
          <lid_reference>urn:nasa:pds:context:instrument_host:spacecraft.a14a</lid_reference>
          <reference_type>is_instrument_host</reference_type>
        </Internal_Reference>
      </Observing_System_Component>
      <Observing_System_Component>
        <name>Apollo 14 Lunar Surface Experiments Package Charged Particle Lunar Environment Experiment</name>
        <type>Instrument</type>
        <Internal_Reference>
          <lid_reference>urn:nasa:pds:context:instrument:cplee.a14a</lid_reference>
          <reference_type>is_instrument</reference_type>
        </Internal_Reference>
      </Observing_System_Component>
    </Observing_System>
    <Target_Identification>
      <name>Moon</name>
      <type>Satellite</type>
      <Internal_Reference>
        <lid_reference>urn:nasa:pds:context:target:satellite.earth.moon</lid_reference>
        <reference_type>data_to_target</reference_type>
      </Internal_Reference>
    </Target_Identification>
  </Observation_Area>
  <File_Area_Observational>
    <File>
      <file_name>apollo14_cplee_19710331.tab</file_name>
      <file_size unit="byte">13072127</file_size>
      <records>4463</records>
    </File>
    <Header>
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      <offset unit="byte">0</offset>
      <object_length unit="byte">5858</object_length>
      <parsing_standard_id>7-Bit ASCII Text</parsing_standard_id>
    </Header>
    <Table_Character>
      <name>RawData</name>
      <offset unit="byte">5858</offset>
      <records>4461</records>
      <description>This table provides the raw electron and ion (proton) counts and derived fluxes
      in the energy range of 40 to 20,000 eV observed by the two CPLEE analyzers, one looking in the
      local vertical direction and one at 60 degrees from vertical toward lunar west.</description>
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      <Record_Character>
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        <groups>24</groups>
        <record_length unit="byte">2929</record_length>
        <Field_Character>
          <name>Epoch</name>
          <field_number>1</field_number>
          <field_location unit="byte">1</field_location>
          <data_type>ASCII_Date_Time_YMD</data_type>
          <field_length unit="byte">19</field_length>
          <field_format>%-19s</field_format>
          <description>Universal Time, formatted as yyyy-mm-ddThh:mm:ss</description>
        </Field_Character>
        <Field_Character>
          <name>mode_step</name>
          <field_number>2</field_number>
          <field_location unit="byte">22</field_location>
          <data_type>ASCII_Integer</data_type>
          <field_length unit="byte">1</field_length>
          <field_format>%1d</field_format>
          <description>Mode/Step indicator: 8 is Auto mode; otherwise it is Manual mode and the
          value (0-7) is the 'step' that specifies the analyzer(s) and energy channels to be
          sampled.</description>
        </Field_Character>
        <Group_Field_Character>
          <name>E_flux_A_Group</name>
          <group_number>1</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">24</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>E_flux_A</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Electron flux from analyzer A. The Energy_EA_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>E_flux_B_Group</name>
          <group_number>2</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">205</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>E_flux_B</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Electron flux from analyzer B. The Energy_EB_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_flux_A_Group</name>
          <group_number>3</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">386</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>P_flux_A</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Proton flux from analyzer A. The Energy_PA_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_flux_B_Group</name>
          <group_number>4</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">567</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>P_flux_B</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Proton flux from analyzer B. The Energy_PB_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>E_counts_A_Group</name>
          <group_number>5</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">748</group_location>
          <group_length unit="byte">195</group_length>
          <Field_Character>
            <name>E_counts_A</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Electron counts from analyzer A. The Energy_EA_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>E_counts_B_Group</name>
          <group_number>6</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">944</group_location>
          <group_length unit="byte">195</group_length>
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            <name>E_counts_B</name>
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            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Electron counts from analyzer B. The Energy_EB_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_counts_A_Group</name>
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          <repetitions>15</repetitions>
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          <group_location unit="byte">1140</group_location>
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            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Proton counts from analyzer A. The Energy_PA_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_counts_B_Group</name>
          <group_number>8</group_number>
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          <group_location unit="byte">1336</group_location>
          <group_length unit="byte">195</group_length>
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            <name>P_counts_B</name>
            <field_number>1</field_number>
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            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Proton counts from analyzer B. The Energy_PB_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_E_flux_A_Group</name>
          <group_number>9</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
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          <group_location unit="byte">1532</group_location>
          <group_length unit="byte">36</group_length>
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            <name>WB_E_flux_A</name>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Wideband electron flux from analyzer A. The WB_Energy_EA_Group in
            apollo14_cplee_support_data.tab specifies the wideband electron energy
            channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_E_flux_B_Group</name>
          <group_number>10</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
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          <group_location unit="byte">1569</group_location>
          <group_length unit="byte">36</group_length>
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            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Wideband electron flux from analyzer B. The WB_Energy_EB_Group in
            apollo14_cplee_support_data.tab specifies the wideband electron energy
            channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_counts_PA_Group</name>
          <group_number>11</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
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          <group_location unit="byte">1606</group_location>
          <group_length unit="byte">39</group_length>
          <Field_Character>
            <name>WB_counts_PA</name>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Wideband proton counts from analyzer A. The WB_Chan_Group in
            apollo14_cplee_support_data.tab specifies the wideband proton energy
            channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_counts_PB_Group</name>
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          <repetitions>3</repetitions>
          <fields>1</fields>
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          <group_location unit="byte">1646</group_location>
          <group_length unit="byte">39</group_length>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Wideband proton counts from analyzer B. The WB_Chan_Group in
            apollo14_cplee_support_data.tab specifies the wideband proton energy
            channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_counts_EA_Group</name>
          <group_number>13</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1686</group_location>
          <group_length unit="byte">39</group_length>
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            <name>WB_counts_EA</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Wideband electron counts from analyzer A. The WB_Energy_EA_Group in
            apollo14_cplee_support_data.tab specifies the wideband energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_counts_EB_Group</name>
          <group_number>14</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1726</group_location>
          <group_length unit="byte">39</group_length>
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            <name>WB_counts_EB</name>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Wideband electron counts from analyzer B. The WB_Energy_EB_Group in
            apollo14_cplee_support_data.tab specifies the wideband energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>CAL_A_Group</name>
          <group_number>15</group_number>
          <repetitions>5</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1766</group_location>
          <group_length unit="byte">65</group_length>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Calibration counts for analyzer A. Note: Nominally 3.93 x 10**5
            counts.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>CAL_B_Group</name>
          <group_number>16</group_number>
          <repetitions>5</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1832</group_location>
          <group_length unit="byte">65</group_length>
          <Field_Character>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Calibration counts for analyzer B. Note: Nominally 4.122 x 10**5
            counts.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_BKG_flux_EA_Group</name>
          <group_number>17</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1898</group_location>
          <group_length unit="byte">36</group_length>
          <Field_Character>
            <name>WB_BKG_flux_EA</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Wideband electron background flux for analyzer A. The WB_Energy_EA_group in
            apollo14_cplee_support_data.tab specifies the electron energy. Note: Made by applying
            wideband electron flux conversion factor for analyzer A to the wideband background
            counts from analyzer A. (There is no such conversion factor available for wideband
            protons.)</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>WB_BKG_flux_EB_Group</name>
          <group_number>18</group_number>
          <repetitions>3</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">1935</group_location>
          <group_length unit="byte">36</group_length>
          <Field_Character>
            <name>WB_BKG_flux_EB</name>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Wideband electron background flux for analyzer B. The WB_Energy_EB_group in
            apollo14_cplee_support_data.tab specifies the electron energy. Note: Made by applying
            wideband electron flux conversion factor for analyzer B to the wideband background
            counts from analyzer B. (There is no such conversion factor available for wideband
            protons.)</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Field_Character>
          <name>WB_BKG_A</name>
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          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">12</field_length>
          <field_format>%12.5E</field_format>
          <unit>DN</unit>
          <description>Wideband background counts for analyzer A.</description>
          <Special_Constants>
            <missing_constant>-9.9</missing_constant>
          </Special_Constants>
        </Field_Character>
        <Field_Character>
          <name>WB_BKG_B</name>
          <field_number>4</field_number>
          <field_location unit="byte">1987</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">12</field_length>
          <field_format>%12.5E</field_format>
          <unit>DN</unit>
          <description>Wideband background counts for analyzer B.</description>
          <Special_Constants>
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          </Special_Constants>
        </Field_Character>
        <Group_Field_Character>
          <name>BKG_A_Group</name>
          <group_number>19</group_number>
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          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2000</group_location>
          <group_length unit="byte">65</group_length>
          <Field_Character>
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            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Background counts for analyzer A.</description>
            <Special_Constants>
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            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>BKG_B_Group</name>
          <group_number>20</group_number>
          <repetitions>5</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2066</group_location>
          <group_length unit="byte">65</group_length>
          <Field_Character>
            <name>BKG_B</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">12</field_length>
            <field_format>%12.5E</field_format>
            <unit>DN</unit>
            <description>Background counts for analyzer B.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_BKG_flux_A_Group</name>
          <group_number>21</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2132</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>P_BKG_flux_A</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Proton background flux for analyzer A. The Energy_PA_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>P_BKG_flux_B_Group</name>
          <group_number>22</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2313</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>P_BKG_flux_B</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Proton background flux for analyzer B. The Energy_PB_Group in
            apollo14_cplee_support_data.tab specifies the proton energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>E_BKG_flux_A_Group</name>
          <group_number>23</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2494</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>E_BKG_flux_A</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Electron background flux for analyzer A. The Energy_EA_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Group_Field_Character>
          <name>E_BKG_flux_B_Group</name>
          <group_number>24</group_number>
          <repetitions>15</repetitions>
          <fields>1</fields>
          <groups>0</groups>
          <group_location unit="byte">2675</group_location>
          <group_length unit="byte">180</group_length>
          <Field_Character>
            <name>E_BKG_flux_B</name>
            <field_number>1</field_number>
            <field_location unit="byte">2</field_location>
            <data_type>ASCII_Real</data_type>
            <field_length unit="byte">11</field_length>
            <field_format>%11.4E</field_format>
            <unit>/cm**2 s sr eV</unit>
            <description>Electron background flux for analyzer B. The Energy_EB_Group in
            apollo14_cplee_support_data.tab specifies the electron energy channels.</description>
            <Special_Constants>
              <missing_constant>-9.9</missing_constant>
            </Special_Constants>
          </Field_Character>
        </Group_Field_Character>
        <Field_Character>
          <name>WB_CAL_A</name>
          <field_number>5</field_number>
          <field_location unit="byte">2857</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">12</field_length>
          <field_format>%12.5E</field_format>
          <unit>DN</unit>
          <description>Wideband calibration counts for analyzer A.</description>
          <Special_Constants>
            <missing_constant>-9.9</missing_constant>
          </Special_Constants>
        </Field_Character>
        <Field_Character>
          <name>WB_CAL_B</name>
          <field_number>6</field_number>
          <field_location unit="byte">2871</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">12</field_length>
          <field_format>%12.5E</field_format>
          <unit>DN</unit>
          <description>Wideband calibration counts for analyzer B.</description>
          <Special_Constants>
            <missing_constant>-9.9</missing_constant>
          </Special_Constants>
        </Field_Character>
        <Field_Character>
          <name>HV_A</name>
          <field_number>7</field_number>
          <field_location unit="byte">2885</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">8</field_length>
          <field_format>%8.2f</field_format>
          <unit>Volt</unit>
          <description>Detector high voltage going to the channeltrons for analyzer A.</description>
        </Field_Character>
        <Field_Character>
          <name>HV_B</name>
          <field_number>8</field_number>
          <field_location unit="byte">2895</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">8</field_length>
          <field_format>%8.2f</field_format>
          <unit>Volt</unit>
          <description>Detector high voltage going to the channeltrons for analyzer B.</description>
        </Field_Character>
        <Field_Character>
          <name>DC_DC_V</name>
          <field_number>9</field_number>
          <field_location unit="byte">2905</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">5</field_length>
          <field_format>%5.2f</field_format>
          <unit>Volt</unit>
          <description>DC-to-DC converter voltage.</description>
        </Field_Character>
        <Field_Character>
          <name>T_cpa</name>
          <field_number>11</field_number>
          <field_location unit="byte">2912</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">7</field_length>
          <field_format>%7.2f</field_format>
          <unit>deg C</unit>
          <description>Temperature of the curved plate analyzers.</description>
        </Field_Character>
        <Field_Character>
          <name>T_elect</name>
          <field_number>13</field_number>
          <field_location unit="byte">2921</field_location>
          <data_type>ASCII_Real</data_type>
          <field_length unit="byte">7</field_length>
          <field_format>%7.2f</field_format>
          <unit>deg C</unit>
          <description>Temperature of the electronics.</description>
        </Field_Character>
      </Record_Character>
    </Table_Character>
  </File_Area_Observational>
</Product_Observational>
