Precision Measurement Equipment Laboratory Specialist Course. — Mississippi: Keesler Air Force Base, 2005. — 159 p.The material contained in this handbook has been a combined effort of the staff of the Metrology Training Flight. This book is a combination of all the Metrology books that have come before. Special thanks goes to Mr. Thomas Daniels (Supplemental) and Mr. Floyd Parsons, 332 TRS/UNC (Physical Dimensional Course) for their concerted efforts.Курс метрологии для будущих лётчиков авиации США. Хотя полезна будет, естественно, всем без исключения. Довольно подробный и доступно изложенный материал по основам метрологии с табличными данными.Table of Contents
General information
Conversion factors
Mathematical symbols
Mathematical constants
Numerical constants (extended)
Greek alphabet
Power of ten multiplier chart
Power of ten conversion chart
Binary conversion
Power of two chart
Mathematics
Sequence of mathematical operations
Significant figures
Rounding off numbers
Exponents
Interpolation
Logarithms
Scientific notation
Trigonometry and geometry
Trigonometric relations
Pythagorean theorem
Radian measure
Various measurements
Error calculations
Dimensional analysis
Densities OF various substances
Metric conversion FT TO n M
Metric conversion KG CM TO n M.
Conversion units OF Torque
Gravitational correction chart
Linear coefficients of expansion
Gage block classification
Physical-dimensional
Temperature
Temperature conversion chart
Stem corrections
Temperature comparison chart
Thermocouple's
Thermocouple identification table
Thermal-spectrum
Resistance thermometer
Volumetric coefficients of expansion
Boyles law
Charles law
Ideal gas law
Humidity
Dew point
Humidity
Force
Stress
Strain
Young's modulus
Transverse strain
Poisson's ratio
Hooke's law
Load cells
torque
Cosine error
Mass AND weight
Weighing methods
Rest points
Direct
Substitution
Transposition
Differential weighing
Density, Viscosity and Flow
Specific gravity
Pycnometer
Specific gravity tables
Solids
Gases
Liquids
viscosity
Absolute
Kinematic
Viscometer
flow
Pressure and vacuum
True pressure
Pressure conversion chart
Rotary motion
Vibration
Electronic principles
Voltage, current, Power, AND resistance relationship chart
Decibels and power ratios
Resistor color codes
Capacitor color codes
Direct current calculations
Series dc circuits
Parallel dc circuits
Divider networks
Bridge circuits
Alternating current calculations
Sine wave conversion chart
Frequency and period
Wavelength
Phase angle
Transformers
Inductance
Capacitance
Reactance
Series rl circuit
Series rc circuit
Series rcl circuit
Parallel rl circuit
Parallel rc circuit
Parallel rcl circuit
Bandwidth
power
Resonance
Time constants
Time constant chart (charge/discharge)
Microwave formulas
Velocity constant
Characteristic impedance
Time delay
Velocity of propagation in free space
Wavelength in free space
Velocity of propagation on a transmission line
Wavelength on a transmission line
Voltage standing ratio (vswr)
Voltage relationships
Reflection coefficient
Transmission loss
Power formulas
Mismatch loss
Smith chart
Return loss
Waveguide
Directional couplers (Different Arms)
Directional couplers (Same Arm)
Mount Calibration factors
Effective efficiency
calibration factors
Reflection cofficient of the mount
Limits of power
Nominal power levels
Power available on the line
Power absorbed by the load
V. glossary
