'Initial area' diaporamas de présentation

Building a Structural Dynamic Model of a Boeing 787

Building a Structural Dynamic Model of a Boeing 787. Alex Brose, Tanveer Chandok , and Alex Dowgwillo. Introduction Design Process Concepts and rationale Derivation of Model and Transfer Functions System response and implementation . Overview.

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Realistic Simulation of Foam

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GROW Mentee training

GROW Mentee training. Helen Challis Department of Human Resources. Purpose:. To introduce you to the GROW mentoring programme, explore your understanding and expectations of the programme and to provide you with the opportunity to network. Objectives:.

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How To Sense Harmless Within The Comfort Of Your House

Take Care Of Your Own Home Using This Informative Home Security Systems Assistance

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100

A. MCh. FSK. IbTX. 100. 90. Airway area (% initial area). 80. 0. 5. 10. 15. Time (min). B. MCh + FSK. IbTX. 100. 80. Fluorescent intensiy. 60. 40. 0. 50. 100. 150. 200. 250. Time (sec). C. MCh + FSK. 10. IbTX. 8. 6. Ca 2+ Oscillations (min -1 ). 4. 2. 0. 0.

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100

A. D. HBSS. HBSS. Caffeine. Caffeine. Caffeine. Caffeine. 4. 100. 3. F/F 0. Airway area (% initial area). 80. 2. 1. 60. 0. 5. 10. 15. 0. 2. 8. 10. Time (min). Time (min). B. E. FSK. FSK. Caffeine. Caffeine. Caffeine. Caffeine. 4. 100. 3. F/F 0.

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110

A. MCh+Rya. MCh. 110. 90. 70. Airway area (% initial area). 50. 30. 0. 5. 10. 15. 20. 25. 30. Time (min). B. MCh. ryanodine. 2.5. 2.0. F/F 0. 1.5. 40. 1.0. 30. Ca 2+ Oscillations (min -1 ). 20. 10. 0. 0. 100. 200. 300. 400. Time (sec). C. A. B. ECs. 18 ?m.

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