9781119244738

1119244730

9781119244752

1119244757

9781119244769

1119244765

9781118647240

1118647246

Intro; Title Page ; Copyright Page; Contents; List of Contributors; Preface ; PART VII PHYSICS AND ELECTRICAL ENGINEERING; PART VIII Chemistry; Index; EULA; Chapter 54 LASER MEASUREMENT TECHNIQUES; Chapter 55 MAGNETIC FORCE IMAGES USING CAPACITIVE COUPLING EFFECT; Chapter 56 SCANNING TUNNELING MICROSCOPY; Chapter 57 MEASUREMENT OF LIGHT AND COLOR; Chapter 58 THE DETECTION AND MEASUREMENT OF IONIZING RADIATION; Chapter 59 MEASURING TIME AND COMPARING CLOCKS; Chapter 60 LABORATORY-BASED GRAVITY MEASUREMENT ; Chapter 61 CRYOGENIC MEASUREMENTS.

Chapter 62 TEMPERATURE-DEPENDENT FLUORESCENCE MEASUREMENTS Chapter 63 VOLTAGE AND CURRENT TRANSDUCERS FOR POWER SYSTEMS; Chapter 64 ELECTRIC POWER AND ENERGY MEASUREMENT; Chapter 65 AN OVERVIEW OF CHEMOMETRICS FOR THE ENGINEERING AND MEASUREMENT SCIENCES; Chapter 66 LIQUID CHROMATOGRAPHY; Chapter 67 MASS SPECTROSCOPY MEASUREMENTS OF NITROTYROSINE-CONTAINING PROTEINS ; Chapter 68 FLUORESCENCE SPECTROSCOPY; Chapter 69 X-RAY ABSORPTION SPECTROSCOPY ; Chapter 70 NUCLEAR MAGNETIC RESONANCE (NMR) SPECTROSCOPY.

Chapter 71 NEAR-INFRARED SPECTROSCOPY AND ITS ROLE IN SCIENTIFIC AND ENGINEERING APPLICATIONS Chapter 72 NANOMATERIALS PROPERTIES; Chapter 73 CHEMICAL SENSING; 54.1 INTRODUCTION; 54.2 LASER MEASUREMENTS: LASER-BASED INVERSE SYNTHETIC APERTURE RADAR SYSTEMS ; 54.3 LASER IMAGING TECHNIQUES; REFERENCES; 55.1 INTRODUCTION; 55.2 EXPERIMENT; 55.3 RESULTS AND DISCUSSION; 55.4 CONCLUSION; REFERENCES; 56.1 INTRODUCTION; 56.2 THEORY OF OPERATION; 56.3 MEASUREMENT OF THE TUNNEL CURRENT; 56.4 THE SCANNER; 56.5 OPERATING MODE; 56.6 COARSE APPROACH MECHANISM; 56.7 SUMMARY; REFERENCES; 57.1 INTRODUCTION.

57.2 LIGHTING TERMINOLOGY57.3 BASIC PRINCIPLES OF PHOTOMETRY AND COLORIMETRY; 57.4 INSTRUMENTATION; REFERENCES; 58.1 INTRODUCTION; 58.2 COMMON INTERACTIONS OF IONIZING RADIATION; 58.3 THE MEASUREMENT OF CHARGE; 58.4 MAJOR TYPES OF DETECTORS; 58.5 NEUTRON DETECTION; 58.6 CONCLUDING REMARKS; REFERENCES; 59.1 INTRODUCTION; 59.2 A GENERIC CLOCK; 59.3 CHARACTERIZING THE STABILITY OF CLOCKS AND OSCILLATORS; 59.4 CHARACTERISTICS OF DIFFERENT TYPES OF OSCILLATORS; 59.5 COMPARING CLOCKS AND OSCILLATORS; 59.6 NOISE MODELS; 59.7 MEASURING TOOLS AND METHODS; 59.8 MEASUREMENT STRATEGIES.

59.9 THE KALMAN ESTIMATOR59.10 TRANSMITTING TIME AND FREQUENCY INFORMATION; 59.11 EXAMPLES OF THE MEASUREMENT STRATEGIES; 59.12 THE POLLING INTERVAL: HOW OFTEN SHOULD I CALIBRATE A CLOCK?; 59.13 ERROR DETECTION; 59.14 COST-BENEFIT ANALYSIS; 59.15 THE NATIONAL TIME SCALE; 59.16 TRACEABILITY; 59.17 SUMMARY; 59.18 BIBLIOGRAPHY; REFERENCES; 60.1 INTRODUCTION; 60.2 MOTIVATION FOR LABORATORY-SCALE TESTS OF GRAVITATIONAL PHYSICS ; 60.3 PARAMETERIZATION; 60.4 CURRENT STATUS OF LABORATORY-SCALE GRAVITATIONAL MEASUREMENTS ; 60.5 TORSION PENDULUM EXPERIMENTS.

Strains and stresses > Measurement.

Strains and stresses > Measurement

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