Doebelin E.O. Instrumentation design studies. - Boca Raton; London: CRC; Taylor & Francis, 2010. - xiii, 711 p.: ill. - Ind.: p.699-711. - ISBN 978-1-4398-1948-7  Место хранения:   084 | Конструкторско-технологический институт научного приборостроения CO РАН | Новосибирск

Оглавление / Contents

Preface ........................................................ xi Author ....................................................... xiii 1 Introduction to Statistical Design of Experiments: Experimental Modeling of a Cooling System for Electronic Equipment .................................................... 1 2 Vibration Isolation for Sensitive Instruments and Machines ..................................................... 31 3 Design of a Vibrating-Cylinder, High-Accuracy Pressure Transducer .................................................. 111 4 A Fast ("Cold-Wire") Resistance Thermometer for Temperature Measurements in Fluids .......................... 147 5 Piezoelectric Actuation for Nanometer Motion Control ........ 177 6 Preliminary Design of a Viscosimeter ........................ 229 7 Inf rasonic and Ultrasonic Microphones ...................... 311 8 Some Basic Statistical Tools for Experiment Planning ........ 355 9 Multiaxial Force/Torque Measurement: Thrust Stands for Jet Engines and Rocket Engines .................................. 387 10 Shock Calibrator for Accelerometers ......................... 467 11 Shock Testing and the Shock Response Spectrum ............... 507 Appendix A: Basic MATLAB®/Simulink® Techniques for Dynamic Systems ..................................................... 561 A.l Basic Simulink Techniques .............................. 561 A.2 Basic Frequency-Domain Techniques in MATLAB ............ 622 Appendix B: Basic Statistical Calculations Using Minitab ....... 661 B.1 Introduction ........................................... 661 B.2 Getting Data into Minitab Using the Worksheet .......... 664 B.3 Manipulating Data in the Worksheet ..................... 666 B.4 Graphing Tools for General Graphing .................... 668 B.5 Checking Physical Data for Conformance to Some Theoretical Distribution ............................... 671 B.6 Computing Mean and Standard Deviation (and Their Confidence Intervals) for a Sample of Data ............. 673 B.7 Transforming a Non-Gaussian Distribution to a Gaussian One ......................................... 674 B.8 Comparing Means and Standard Deviations ................ 679 B.9 Multiple Regression .................................... 682 Index .......................................................... 699