Physics for the Anaesthetic Viva is a succinct and practical text that comprehensively covers all aspects of the physics and clinical measurement curriculum for the FRCA examinations. Each section begins by explaining the basic science concepts, which are then expanded and related to everyday practice. Illustrations are used to enhance understanding of the concepts, and are presented in such a way as to be easy to reproduce in the exam setting. In addition, sample viva questions are provided at the end of each chapter to test learning, or for use in a mock viva session. Written by trainees for…mehr
Physics for the Anaesthetic Viva is a succinct and practical text that comprehensively covers all aspects of the physics and clinical measurement curriculum for the FRCA examinations. Each section begins by explaining the basic science concepts, which are then expanded and related to everyday practice. Illustrations are used to enhance understanding of the concepts, and are presented in such a way as to be easy to reproduce in the exam setting. In addition, sample viva questions are provided at the end of each chapter to test learning, or for use in a mock viva session. Written by trainees for trainees, this book provides exactly what you need to pass the exam.
Aman Kalsi is a ST7 Anaesthetist, University Hospital Southampton, Wessex School of Anaesthesia, Southampton, UK.
Inhaltsangabe
Part I. Mathematical Concepts: 1. SI units 2. Measuring systems 3. Simple mechanics: mass, force and pressure 4. Simple mechanics: work, energy and power Part II. Heat, Temperature and Humidity: 5. Heat and temperature 6. Temperature measurement 7. Latent heat 8. Humidity Part III. Gases, Vapours and Liquids: 9. Physics of gases 10. Vapours 11. Vaporisers 12. Fluid dynamics: laminar and turbulent flow 13. Fluid dynamics: Bernoulli and Venturi 14. Diffusion and osmosis 15. Surface tension 16. Medical gases: storage and supply Part IV. Electricity and Magnetism: 17. Electricity - basics 18. Electricity - AC and DC 19. Electricity - generation and distribution 20. Electrical safety 21. Capacitance, inductance and defibrillators 22. Diathermy 23. Wheatstone bridge and strain gauges Part V. Biological Signals: 24. Biological signals 25. ECG 26. EEG and EMG Part VI. Waves, Light and Sound: 27. Resonance and damping 28. Ultrasound and Doppler 29. Light and optical fibres 30. Laser 31. Pulse oximetry Part VII. Gas Analysis: 32. Gas analysis 33. Gas analysis - oxygen 34. CO2 analysis Part VIII. Suction, CO2 Absorption and Cleaning: 35. Blood gas analysis 36. Suction and vacuum 37. CO2 absorption 38. Cleaning, disinfection and sterilization Part IX. Radiology: 39. MRI 40. Ionising radiation Index.
Part I. Mathematical Concepts: 1. SI units 2. Measuring systems 3. Simple mechanics: mass, force and pressure 4. Simple mechanics: work, energy and power Part II. Heat, Temperature and Humidity: 5. Heat and temperature 6. Temperature measurement 7. Latent heat 8. Humidity Part III. Gases, Vapours and Liquids: 9. Physics of gases 10. Vapours 11. Vaporisers 12. Fluid dynamics: laminar and turbulent flow 13. Fluid dynamics: Bernoulli and Venturi 14. Diffusion and osmosis 15. Surface tension 16. Medical gases: storage and supply Part IV. Electricity and Magnetism: 17. Electricity - basics 18. Electricity - AC and DC 19. Electricity - generation and distribution 20. Electrical safety 21. Capacitance, inductance and defibrillators 22. Diathermy 23. Wheatstone bridge and strain gauges Part V. Biological Signals: 24. Biological signals 25. ECG 26. EEG and EMG Part VI. Waves, Light and Sound: 27. Resonance and damping 28. Ultrasound and Doppler 29. Light and optical fibres 30. Laser 31. Pulse oximetry Part VII. Gas Analysis: 32. Gas analysis 33. Gas analysis - oxygen 34. CO2 analysis Part VIII. Suction, CO2 Absorption and Cleaning: 35. Blood gas analysis 36. Suction and vacuum 37. CO2 absorption 38. Cleaning, disinfection and sterilization Part IX. Radiology: 39. MRI 40. Ionising radiation Index.
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