Introduction to molecular beams gas dynamics / Giovanni Sanna, Giuseppe Tomassetti.
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| Published: |
London :
Imperial College Press,
c2005.
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| Format: | Book |
Table of Contents:
- Ch. 1. Gas properties
- Ch. 2. The non-equilibrium equations and the relaxation of the internal degrees of freedom
- Ch. 3. The fundamental equations of gas dynamics
- Ch. 4. Isoentropic flow : characteristic lines
- Ch. 5. The method of characteristics
- Ch. 6. The shock waves
- Ch. 7. The flow in nozzles and jets
- Ch. 8. The supersonic free jet
- Ch. 9. Application of the Boltzmann equation to a jet of monatomic gas
- Ch. 10. Characterisation of a particle source and extraction of the molecular beam
- Ch. 11. The condensation in a supersonic free jet
- Ch. 12. Some different topics
- App. A.1. Different forms of Eq. (1.2.2)
- App. A.2. Intermolecular potential energy
- App. A.3. Molecular energy levels
- App. B.1. Deduction of Eqs. (2.5.8;9;10)
- App. C.1. Deduction of Eqs. (3.9.10;13)
- App. C2. Alternative deduction of the Bernoulli equation
- App. D.1. Use of the Prandtl-Meyer function in the method of characteristics
- App. D.2. Planar flow classification
- App. D.3. Characteristic lines and weak discontinuities
- App. E.1. Spherical symmetry source
- App. E.2. A new determination of the flow field
- App. E.3. Deduction of Eqs. (8.5.1;2)
- App. F.1. Deduction of Eqs. (9.2.9;10;11;12)
- App. F.2. Deduction of Eqs. (9.3.5;6)
- App. F.3. Deduction of Eq. (9.3.14)
- App. G.1. Calculation of the integral l[subscript 1] and l[subscript 2] in Eqs. (12.4.7;14).
