Translations:Thermodynamic and Mechanical Study/32/en: Difference between revisions

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Thus <math display="inline">\Lambda_i=0</math> corresponds to maximum volume and <math display="inline">\Lambda_i=1</math> to minimum volume. The values <math display="inline">\Lambda_L^*</math> and <math display="inline">\Lambda_S^*</math> are nominal kinematic targets at the transitions. The value actually reached at a check-valve event is:
Thus <math display="inline">\Lambda_k=0</math> corresponds to maximum volume and <math display="inline">\Lambda_k=1</math> to minimum volume. The values <math display="inline">\Lambda_L^*</math> and <math display="inline">\Lambda_S^*</math> are nominal kinematic targets at the transitions. The value actually reached at a check-valve event is:

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Thus <math display="inline">\Lambda_k=0</math> corresponds to maximum volume and <math display="inline">\Lambda_k=1</math> to minimum volume. The values <math display="inline">\Lambda_L^*</math> and <math display="inline">\Lambda_S^*</math> may be used as nominal kinematic reference levels at selected phase boundaries. The value actually observed at a check-valve event may be recorded as:

Thus Λk=0 corresponds to maximum volume and Λk=1 to minimum volume. The values ΛL∗ and ΛS∗ are nominal kinematic targets at the transitions. The value actually reached at a check-valve event is:

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