Standard Tables And Equations In Radio-telegraphy
By: by Bertram Hoyle.
Publisher: The Wireless press, ltd.; Wireless press inc.; [etc., etc.]
Published: 1919
Place of publication: London; New York; Sydney; Melbourne; Rome
Language: eng
Number of pages: 159
Subjects: Telegraph, Wireless.
Table of contents: title: TABLE OF CONTENTS; title: Formulae and Equations. Section I. Page 1.; title: Aerial Capacity, Inductance and Resistance 10 10; title: Aerial Radiation, Resistance and Decrement 10 10; title: Aerial-Earth Circuit Efficiencies 22 22; title: Alternators 14 17; title: Ammeters, Hot Wire 17 18; title: Angle of Lag, Oscillatory Currents 20 20; title: Bobbin, Length of Wire on 29 25; title: Capacities: Spheres, Plates, Concentric Cylinders and Horizontal Aerials 5 2; title: Capacity, Inductance and Resistance of Aerials 10 10; title: Centrifugal Force 30 25; title: Charging Current of a Condenser 19 19; title: Corona Voltage; title: Coupling Coefficient 20a 21 9 9; title: Curves, Resonance for log. dec 12 14; title: Curves, Sine 15 17; title: Current, Oscillatory 20 20; title: Current and Voltage Relations in Oscillatory Circuits 24 23; title: Damping in Spark Circuit 12 14; title: Decrement, Logarithmic 12 14; title: Determination of log. dec 12 14; title: Distance between Two Points on Earth's Surface 23 23; title: Efficiency of Transmitting Aerial-Earth Circuit 22 22; title: Electrical Energy 13 17; title: Electromagnetic Units and Symbols 1 1; title: Elongation of Stays 26 24; title: Energy, Work and Power 2 1; title: Exponential or Logarithmic Functions 19 19; title: Frequency, Wave-Length and Velocity of Waves 4 2; title: Functions, Logarithmic (Exponential) 19 19; title: Harmonic Motion, Simple 16 18; title: High Frequency, Resistances at 11 12; title: Hot Wire Ammeters 17 18; title: Impedance 18 18; title: Formulae and Equations. Section I.; title: Inductance, Straight Wire, Square, Circle, Solenoid, Toroidal or Flat Spiral 7 5; title: Inductance of Iron Core Solenoid 32 25; title: Inductance, Mutual 8 8; title: Inductance, Capacity and Resistance of Aerials 10 10; title: Length of Wire on a Bobbin 29 25; title: Logarithmic Decrement ; Wave Train Length, Damping of Spark Circuit, Resonance Curve for determining log. dec 12 14; title: Materials, Strength of 33 26; title: Measurement of Capacity 6 5; title: Measurement of Mutual Inductance 8 8; title: Miscellaneous 34 27; title: Mutual Inductance, Circles and "Equivalent Circles" of Cylindrical Solenoids 8 8; title: Mutual Inductance, Measurement 8 8; title: Oscillatory Current, Angle of Lag, Power Factor 20 20; title: Oscillatory Circuits, Voltage Relations in 24 23; title: Plate Condensers, Capacity of 5 2; title: Power Factor of Oscillatory Currents 20 20; title: Power, Work and Energy 2 1; title: Practical Electromagnetic Units and Symbols. 1 1; title: Pull of an Iron Cored Solenoid 31 25; title: Relation between Work and Heat 3 2; title: Resistance, Capacity and Inductance of Aerials 10 10; title: Resistance at High Frequencies 11 12; title: Resonance Curves, log. dec 12 14; title: Rope, Strength of 25 24; title: Simple Harmonic Motion 16 18; title: Sine Curves 15 17; title: Solenoid, Inductance of (Air Core). 7 5; title: Solenoid, Inductance of (Iron Core) 32 25; title: Stays, Elongation 26 24; title: Stays, Tension in 27 24; title: Strength of Materials 33 26; title: Tension in Stays 27 24; title: Toroidal or Flat Spiral Coils, Inductance of 7 5; title: Transmission 21 21; title: Transmitting Aerial-Earth Circuit, Efficiency of 22 22; title: Units, Electromagnetic, in General Use 1 1; title: Voltage and Current Relations in Oscillatory Circuits 24 23; title: Wave Train, Useful Length of, and log. dec 12 14; title: Weight of Rope 28 25; title: Work, Energy and Power 2 1; title: Tables. Section II. Page 28.; title: "A" Function in Correction Formula for Inductances 11 43; title: Aluminium Wires, Table of Resistances, etc 17 50; title: Aerial Radiation Resistance Functions 30 67; title: Aerial Form Factors 33 69; title: "B" Functions (Professor Howe's Aerial Capacity Formula) 8 40; title: "B" Functions (Correction Terms for Inductance Formulae) 12 43; title: Capacity, Specific Inductive 21 57; title: Catenary, Gilbert's Table 27 63; title: Common Logarithms 1 28; title: Copper Wire Tables 15 46—48; title: Corona Voltage Constants 31 68; title: Correction Functions "A" and "B" for Inductance Formulae 11 & 12 43; title: Cosines 4 34; title: Coupling Coefficients 20 55; title: Decrement. Log. dec. for various ~ and ~ Ratios 19 53; title: Dielectric Strength of Insulating Materials 26 62; title: Dielectrics, Volume Resistivity of 22a 59; title: "E" Functions for "Earth Effect" in Aerial Capacity Formulae 7 40; title: Effective Resistance of Copper Wires at High Frequency 18 51; title: Eureka Wire Tables 16 49; title: Form Factors, Aerial 33 69; title: Functions: — "A" Inductance Formulae 11 43; title: "B" Aerial Capacity Formulae 8 40; title: "B" Inductance Formulae 12 43; title: "E" Aerial Capacity Formulae 7 40; title: "E1" Stefan's Inductance Formulae 13 44; title: "Q" Lorenz's Inductance Formulae 9 41; title: "X" Rayleigh's Inductance Formulae 10 42; title: "y1"and "y2" Stefan's Inductance Formulae 13 44; title: "y" Mutual Inductance Formulae 14 45; title: Gilbert's Table, Ordinary Catenary 27 63; title: Haversines 6 38; title: High Frequency Resistance of Copper Wires; title: High Frequency Current Penetration into Copper 18 51; title: Wires 32 69; title: Hyperbolic Logarithms (Natural) 2 30; title: Inductance Formulae Functions. See Functions.; title: Logarithms, Common 1 28; title: Logarithms, Hyperbolic 2 30; title: Logarithmic Decrement for various Ratios of ^ 0 and ~ ± A Q 19 53; title: Mutual Inductance Formulae Functions 14 45; title: Natural Logarithms, Hyperbolic 2 30; title: Penetration of H.F. Currents into Copper Wires 32 69; title: Percentage Coupling Coefficients 20 55; title: "Q" Functions, Inductance Formulae 9 41; title: Radiation, Resistance of Antennae. 30 67; title: Rayleigh's Inductance Formula, Function "X" 10 42; title: Resistivity, Volume, of Dielectrics. 222 59; title: Sines 3 32; title: Skin Effect, Table of Penetration of H.F. Currents into Copper Wires 32 69; title: Spark Resistance and Length for various Materials 25 61; title: Sparking Distance and Voltage in Air, Needle Points 23 60; title: Sparking Distance and Voltage in Air, Brass Balls 24 61; title: Specific Inductive Capacity 21 57; title: Specific Resistance 22 58; title: Tangents 5 36; title: Units, Synopsis of 29 66; title: Volume Resistivity of Solid Dielectrics 22a 59; title: Weights and Measures 28 65; title: Wire Tables: — Aluminium 17 50; title: Copper 15 46—48; title: Eureka 16 49; title: Copper Wire at High Frequency 18 51; title: "X" Function in Rayleigh's Inductance Formulae 10 42; title: "y 1," "y 2" Functions in Stefan's Inductance Formula 13 44; title: Examples and Notes. Section III. Page 70.; title: Abacs, for Calculation of K 0 , L 0 , and M 0 for Aerials 19 87; title: Aerial Radiation Resistance, and Decrement 11 77; title: Bobbin, Length of Wire on 24 95; title: Breakdown Voltage and Gap Length, Notes on 29 105; title: Capacity of Composite Dielectric Condenser 21 94; title: Capacity of Aerial Span 2 70; title: Capacity of Plate Condenser, allowing for Thickness of Metal Plate Electrodes 22 94; title: Capacity of Plate Glass Condenser. 1 70; title: Capacity, Inductance, and Wave-Lengths of Aerials, Abacs 19 87; title: Centrifugal Force 10 76; title: Corona Voltage Effect 17 84; title: Coupling Coefficients from Tuning Curve Peaks 6 73; title: (See also Notes on Resonance Curves) 31 108; title: Current Distribution in Copper Conductors at H.F. 26 98; title: Current and Potential Distribution on various Forms of Oscillators 30 105; title: Curves, Resonance, Notes on 31 108; title: Decrement, Resistance 9 76; title: Determination of K.W. and Aerial Capacity 12 78; title: Distance apart of Two Places on Earth's Surface 8 75; title: Distribution of Current and Potential on various Forms of Oscillator 30 105; title: Gap Length and Breakdown Voltage, Notes on 29 105; title: High Frequency Current Distribution in Copper Conductors 26 98; title: Increase of Resistance at High Frequency 25 96; title: Inductances: — Of Cylindrical Air Core Solenoids (long) 3a 70; title: Of Cylindrical Air Core Solenoids (short) 36 71; title: Examples and Notes. Section III.; title: Inductances: — Of Toroidal or Flat Spiral Coils 4 72; title: Mutual, of Two Coils 5 72; title: Of Iron Core Solenoid 18 86; title: Inductance, Capacity, and Wave-Length of Aerials, Abacs 19 93; title: Insulating Materials, Notes on 27 99; title: Insulating Properties of Solid Dielectrics, Notes on 28 103; title: Length of Wire on a Bobbin 24 95; title: Maximum and R.M.S. Currents flowing in Transmitting Circuits 14 81; title: Mutual Inductance of Two Coils 5 72; title: Notes on Breakdown Voltage and Gap Length 29 105; title: Notes on Insulating Materials 27 99; title: Notes on Insulating Properties of Solid Dielectrics 28 103; title: Notes on Resonance Curves 31 108; title: Potential and Current Distribution on various Forms of Oscillators 130 105; title: Poulsen Tikker 16 83; title: Pull of an Iron Cored Solenoid 18 86; title: Radiation Resistance of an Antenna 11 77; title: Resistance, Increase of, at High Frequency 25 96; title: Resistance Decrement 9 76; title: Resonance Curves, Notes on 31 108; title: Solid Dielectrics, Notes on Insulating Properties of 28 103; title: Stay Wire Tensions 23 95; title: Terminal Choking Coil Inductance 20 94; title: Tone Wheel Selectivity 15 83; title: Transmitting Current required for given Distances, etc 7 74; title: Tuning Curves. (See Resonance Curves, Notes on). 31 108; title: Watts received by an Aerial 13 79; title: Wave-Length, Capacity, and Inductance of Aerials, Abacs 19; title: Section IV. Page 113.; title: Abbreviated Arithmetical Processes 113; title: Acme Standard Threads 48 137; title: American Standard Sellers Threads 47 136; title: Arithmetic (Elementary) for Operators — 113; title: Bends and Tees in Pipes 52 141; title: Bolts and Nuts — 133; title: British Association Threads 44 134; title: British Standard Whitworth Threads 45 135; title: British Standard Fine Screw Threads 46 136; title: British Standard Pipe Flanges 54 143; title: Conversion Factors 41 125; title: Conversion Table (English and Metric) 40 124; title: D Shackles, Dimensions of 56 148; title: Decimal and Metric Equivalents 39 123; title: Elementary Arithmetic for Operators 113; title: English and Metric Conversion Table 40 124; title: Factors, Conversion 41 125; title: Filling Holes in Cast Iron — 144; title: Fine Screw Threads, British Standard 46 136; title: Flanges, Pipe 53 142; title: Fractional and Decimal Equivalents 39 123; title: Functions of — 118; title: Gases, Specific Gravity of 38 122; title: Harp Type Shackles 57 149; title: Hemp Rope and Manila, Strength of 55 148; title: Liquids, Specific Gravity of, and Approx. Weights 37 122; title: Logarithms, Notes on — 118; title: Manila and Hemp Rope, Strengths of 55 148; title: Metals, Specific Gravity of, and Approx. Weights 34 120; title: Metric and English Conversion Table 40 124; title: Notes on Elementary Arithmetic for Operators 113; title: Nuts and Bolts — 133; title: Pipe Bends and Tees 52 141; title: Pipe Flanges 53 142; title: Pipes, Gas and Water, Screw Threads for 49 138; title: Porcelain Stay Insulators, Dimensions 59 152; title: Right- Angle Triangles, Trigonometric Functions of 116; title: Rust Cement 144; title: Safe Load on Shafting 146; title: Screw Threads — 132; title: Screw Threads for Gas and Water Pipes 49 138; title: Screws, Wood 50 139; title: Shackles, D Type 56 148; title: Shackles, Harp Type 57 149; title: Soldering Fluxes — 144; title: Solder — 146; title: Specific Gravities and Approximate Weights, Metals 34 120; title: " " " " " Various Solids 35 120; title: " " " " " Woods, Dry 36 121; title: " " " " " Liquids 37 122; title: " " " " " Gases 38 122; title: Speed of Pulleys — 146; title: Spherical Triangles, Trigonometric Functions of — 117; title: Stay Insulators, Porcelain Dimensions 59 152; title: Standard B.A. Threads 44 134; title: " " Whitworth Threads 45 135; title: " " Fine Screw Threads 46 136; title: " " Sellers Threads 47 136; title: " " Acme Threads 48 137; title: Tees, Pipe Bends and 52 141; title: Temperature Conversion Chart — 145; title: Thimble Dimensions for Wire Ropes 58 151; title: Threads, B.A., Whitworth 44—49 134—138; title: Trigonometric Functions of Right-angle Triangles — 116; title: " " Spherical Triangles - 117; title: Wire Gauges 43 131; title: Wire and Sheet Gauges 42 130; title: Woods, Dry, Specific Gravity 36 121; title: Wood Screws, Dimensions 50 139; title: " " Weights 51 140