Andere Kunden interessierten sich auch für
![Polarimetric Enhancements to Electro-Optical Aided Navigation Techniques]( "Polarimetric Enhancements to Electro-Optical Aided Navigation Techniques")
Polarimetric Enhancements to Electro-Optical Aided Navigation Techniques60,99 €![Multiple Input-Output Feedback Synthesis Incorporating Cross-Coupling]( "Multiple Input-Output Feedback Synthesis Incorporating Cross-Coupling")
Multiple Input-Output Feedback Synthesis Incorporating Cross-Coupling60,99 €![Optical Characterization and Modeling of Compositionally Matched Indium Arsenide-Antimonide Bulk and Multiple Quantum Well Semiconductors]( "Optical Characterization and Modeling of Compositionally Matched Indium Arsenide-Antimonide Bulk and Multiple Quantum Well Semiconductors")
Optical Characterization and Modeling of Compositionally Matched Indium Arsenide-Antimonide Bulk and Multiple Quantum Well Semiconductors59,99 €![Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications]( "Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications")
Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications59,99 €![Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers]( "Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers")
Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers60,99 €![First Experimental Demonstration of Full-Duplex Optical Communication on a Single Beam]( "First Experimental Demonstration of Full-Duplex Optical Communication on a Single Beam")
First Experimental Demonstration of Full-Duplex Optical Communication on a Single Beam60,99 €![Improving Mixed Variable Optimization of Computational and Model Parameters Using Multiple Surrogate Functions]( "Improving Mixed Variable Optimization of Computational and Model Parameters Using Multiple Surrogate Functions")
Improving Mixed Variable Optimization of Computational and Model Parameters Using Multiple Surrogate Functions59,99 €
The purpose of this thesis is to define the necessary accuracy of the TDA for certain meteorological input elements. A few atmospheric input variables (temperature, dew point, and wind speed) are crucial to the accuracy of the TDA output. Proper forecast of the dew point, for example, is critical for accurate use of the model. Errors of a degree or two in dew point can result in a lock-on-range (LOR) thousands of feet in error. Temperature and wind speed had a similar effect on the output, but to a lesser extent.