OIML Tests

NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition

NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition

Broader Terms

Date of creation
12-Sep-2025
Accepted term
12-Sep-2025
Descendant terms
0
ARK
ark:/99152/t37w6g02wre9my
More specific terms
0
Alternative terms
0
Related terms
0
Notes
0
Metadata
Search
  • Search NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition  (Wikipedia (ES))
  • Search NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition  (Google búsqueda exacta)
  • Search NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition  (Google scholar)
  • Search NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition  (Google images)
  • Search NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition  (Google books)