Preobrazhensky, V. P . <br/><br/>
Measurements and Instrumentation in Heat Engineering Volume 2 / 
V . P. Preobrazhensky 
 -  Volume 2 
 - Moscow:  MIR Publishers,  c 1980. 
 - 342 p .:  ill. ;  22cm. 
<br/><br/> <br/><br/><br/>CONTENT<br/><br/>PART FOUR: MEASUREMENT OF PRESSURE AND PRESSURE DIFFERENTIAL BASIC DEFINITIONS AND UNITS<br/><br/>CHAPTER NINE: DIRECT-VIEWED LIQUID-COLUMN PRESSURE-MEASURING INSTRUMENTS<br/>9.1  U-Tube and Well-Type Manometers<br/>9.2 Micromanometers<br/>9.3 Corrections Applicable to Liquid-Column Instruments<br/>9.4 Mercury Barometers<br/><br/>CHAPTER TEN: PRESSURE-MEASURING INSTRUMENTS USING ELASTIC SENSING ELEMENTS<br/>10.1 General<br/>10.2 Elastic Pressure Elements<br/>10.3 Direct-Acting (Local) Pressure Measuring Instruments<br/>10.4 Electric-Contact Gauges and Pressure Relays<br/>10.5 Pressure-Measuring Instruments Using Electric and Pneumatic Transducers<br/>Etc.<br/><br/>CHAPTER ELEVEN: ELECTRIC PRESSURE-MEASURING INSTRUMENTS<br/>11.1 Piezoelectric Pressure Gauges<br/>11.2 Resistive Pressure Gauges<br/><br/>CHAPTER TWELVE: DIFFERENTIAL-PRESSURE GAUGES<br/>12.1 General<br/>12.2 Bell-Type Defferental-Pressure Gauges<br/>12.3 Ring-Balanced Manometers<br/>12.4 Float-Type Manometers<br/>12.5 Differential-Pressure Gauges Using Elastic Elements<br/><br/>CHAPTER THIRTEEN: PRACTICAL HINTS FOR PRESSURE MEASUREMENTS<br/>13.1 General<br/>13.2 Measurement of Nearly Atmospheric Pressure in Gases<br/>13.3 Measuring the Pressure of Gases, Liquids and Steam<br/>13.4 Liquid and Diaphragm Seals<br/><br/>PART FIVE: FLOW MEASUREMENT<br/><br/>BASIC DEFINITIONS AND UNITS<br/><br/>CHAPTER FOURTEEN: FLUID FLOW MEASUREMENT BY DIFFERENTIAL-HEAD METERS<br/>14.1 Basic Flow Theory and Equqtions<br/>14.2 Standard Restrictions<br/>14.3 Flow Coefficient and its Corrections<br/>14.4 The Expansion Factor<br/>14.5 Determination of Fluid Density<br/>Etc.<br/><br/>CHAPTER FIFTEEN: PITOT-TUBE VELOCITY AND FLOW METERS<br/>15.1 General<br/>15.2 Design of Pitot Tubes<br/>15.3 Measurement of Average Velocity and Flow Rates<br/><br/>CHAPTER SIXTEEN: VARIABLE-AREA FLOW METERS<br/>16.1 General<br/>16.2 Basic Theory of the Rotameter<br/>16.3 Construction of the Rotameter<br/><br/>CHAPTER SEVENTEEN: VOLUME FLOW METERS. MAGNETIC FLOW METERS<br/>17.1 Rotary Meters for Liquids<br/>17.2 Rotary Rate Meters for Liquids<br/>17.3 Mgnetic Flow Meters<br/><br/>CHAPTER EIGHTEEN: MEASUREMENT OF FLOW RATE AND TOTAL FLOW OF HEAT IN HEAT-SUPPLY SYSTEMS<br/>18.1 General<br/>18.2 Design of a Heat Meter<br/><br/>PART SIX: LEVEL MEASUREMENT<br/><br/>CHAPTER NINETEEN: LIQUID LEVEL MEASUREMENT<br/>19.1 General<br/>19.2 Measuring the Level of Waterin a Boiler Drum<br/>19.3 Level Gauging in Condensers, Preheaters, and Tanks by the Differential-Pressure<br/>19.4 Float-Type and Displacer-Type Liquid Level Gauges<br/>19.5 Electrical-Capacitance Level Gauges<br/>Etc.<br/><br/>CHAPTER TWENTY: SOLID LEVE MEASUREMENT<br/>20.1 General<br/>20.2 Fixed-Point Solid-Level Detectors<br/>20.3 Continuous Solid-Level Detectors<br/><br/>PART SEVEN: GAS ANALYSIS AND ANALYZERS<br/><br/>CHAPTER TWENTY-ONE: PRINCIPLES OF GAS ANALYSIS<br/>21.1 General<br/>21.2 Chemical Gas Analyzers<br/>21.3 Thermal Gas Analyzers<br/>21.4 Magnetic Gas Analyzers<br/>12.5 Optical Gads Analyzers<br/>Etc.<br/><br/>PART EIGHT: METHODS AND INSTRUMENTATION FOR THE MEASUREMENT AND QUALITY CONTROL OF WATER, STEAM, CONDENSATE AND SOLUTION CONCENTRATION<br/><br/>CHAPTER  TWENTY-TWO: METHODS AND INSTRUMENTATION FOR THE MEASUREMENT AND QUALITY CONTROL OF WATER, STEAM, CONDENSATE AND SOLUTION CONCENTRATION<br/>22.1 General<br/>22.2 Measuring the Electrical Conductivity of Water Solutions<br/>22.3 Electrical-Conductivity Liquid Analyzers Using Degassed and Enriched Samples<br/>22.4 Electrodeless Electrical-Conductivity Liquid Analyzers<br/>22.5 Oygen-in-Water Analyzers<br/>Etc.<br/><br/><br/><br/> 
<br/><br/>Includes  References p. 336-340 and Index p.341-342<br/><br/><br/>M.A 
<br/><br/><label>Subjects--Topical Terms: </label>
<br/><br/><label>Dewey Class. No.: </label>536  / PRE