Instrument engineering Methods for describing the situations of instrument engineering
Draper, Charles Stark
Instrument engineering Methods for describing the situations of instrument engineering Charles Stark Draper , Walter McKay, Sidney Lees - 1st ed. - New York McGraw-Hill - xvi, 269 p. gráficos, tablas - McGraw-Hill Publications in Aeronautical Science .
Indices de contenido, de tablas, y de resúmenes, en pa´ginas preliminares Indice alfabético, al final del libro
Referencias bibliográficas p. 261-262
The operating system Diagrams for describing operating systems Performance operators and performance functions for operating systems Static and dynamic operating conditions. Static sensitivity Static performance Dynamic performance Derivation of performance equations Dimensional analysis Concepts and notation for the comparison of physical quantities Concepts and notation for the description of generalized operating system performance Applications of statiscal methods to instrument engineering Representation of physical situations by mathematical forms Description of performance in terms of sinusoidal response characteristics
Instrument engineering Methods for describing the situations of instrument engineering Charles Stark Draper , Walter McKay, Sidney Lees - 1st ed. - New York McGraw-Hill - xvi, 269 p. gráficos, tablas - McGraw-Hill Publications in Aeronautical Science .
Indices de contenido, de tablas, y de resúmenes, en pa´ginas preliminares Indice alfabético, al final del libro
Referencias bibliográficas p. 261-262
The operating system Diagrams for describing operating systems Performance operators and performance functions for operating systems Static and dynamic operating conditions. Static sensitivity Static performance Dynamic performance Derivation of performance equations Dimensional analysis Concepts and notation for the comparison of physical quantities Concepts and notation for the description of generalized operating system performance Applications of statiscal methods to instrument engineering Representation of physical situations by mathematical forms Description of performance in terms of sinusoidal response characteristics