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Instrumentation and Process Control CD | |
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Courses / Reference Manuals
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Over 1038 pages!
Everything listed is included on this great CD. | |
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Click on Images to Preview |
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Easy to Use CD Setup and Navigation |
20+ Navigation System Themes |
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~ Highlighted Features ~
- Lots of information and quality features professionally presented on this CD.
- You can even PRINT the courses and manuals so you can enjoy it away from the computer.
- You can change the look and feel of our great software with 20+ NAVIGATION SYSTEM THEMES.
- A powerful BROWSE, INDEX, and SEARCH ENGINE is built into the software for easy navigation.
- User friendly CD setup menu is included which will automatically run when placed in your computer.
- You can run the software directly from the CD to save hard drive space or use the PROFESSIONAL INSTALLER included to install the software to your computer so you will never need to insert the CD again to run things.
- This is a sealed original TopNotchMedia CD, and NOT a pirated copy. All CDs have colored graphical CD labels. A box is NOT included to save on packaging and shipping costs.
- All versions of Windows are supported, Win 95/98/Me/NT/2000/XP/2003.
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*** Lots of information and diagrams, more details
of each course and manual are below ***
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DOE Fundamentals Handbook - Instrumentation and Control, Volume 1 (132 Pages) |
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Department of Energy, June 1992 |
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Resistance Temperature Detectors (RTDS)
Temperature
RTD Construction
Summary
Thermocouples
Thermocouple Construction
Thermocouple Operation
Summary
Functional Uses of Temperature Detectors
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Functions of Temperature Detectors
Detector Problems
Environmental Concerns
Summary
Temperature Detection Circuitry
Bridge Circuit Construction
Bridge Circuit Operation
Temperature Detection Circuit
Temperature Compensation
Summary
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DOE Fundamentals Handbook - Instrumentation and Control, Volume 2 (168 Pages) |
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Department of Energy, June 1992 |
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Radiation Detection Terminology
Electron-Ion Pair
Specific Ionization
Stopping Power
Summary
Radiation Types
Alpha Particle
Beta Particle
Gamma Ray
Neutron
Summary
Gas-Filled Detector
Summary
Detector Voltage
Applied Voltage
Summary
Proportional Counter
Summary
Proportional Counter Circuitry
Summary
Ionization Chamber
Summary
Compensated Ion Chamber
Summary
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Electroscope Ionization Chamber
Summary
Geiger-Muller Detector
Summary
Scintillation Counter
Summary
Gamma Spectroscopy
Summary
Miscellaneous Detectors
Self-Powered Neutron Detector
Wide Range Fission Chamber
Activation Foils and Flux Wires
Photographic Film
Summary
Circuitry and Circuit Elements
Terminology
Components
Summary
Source Range Nuclear Instrumentation
Summary
Intermediate Range Nuclear Instrumentation
Summary
Power Range Nuclear Instrumentation
Summary
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Power Measurements (161 Pages) |
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US Army Correspondence Course Program |
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Lesson 1: Introduction to Power Measurements
Lesson 2: Power Measurement Equipment - Part I
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Lesson 3: Power Measurement Equipment - Part II
Lesson 4: Power Measurement Equipment - Part III
Lesson 5: Power Measurement Techniques
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Dimensional Measurements (112 Pages) |
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US Army Correspondence Course Program |
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Lesson 1: Gage Block Materials and Construction (Part I)
Lesson 1: Gage Block Use and Care (Part II)
Lesson 1: Gage Block Selection (Part III)
Lesson 1: Gage Block Applications (Part IV)
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Lesson 2: Optical Flat Construction (Part I)
Lesson 2: Optical Flat Applications (Part II)
Lesson 3: Micrometer Construction (Part I)
Lesson 3: Micrometer Applications (Part II)
Lesson 4: Calibration of Gage Blocks
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Mass Measurements (38 Pages) |
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United States Army Missile and Munitions Center and School, 1990 |
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Lesson 1: Introduction to Mass Measurements
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Lesson 2: Mechanical Balances and Scales
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Thermometry (63 Pages) |
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United States Army Missile and Munitions Center and School |
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Lesson 1: Introduction to Thermometry
Review Exercises
Exercise Solutions
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Lesson 2: Calibration and Use of Temperature Standards
Review Exercises
Exercise Solutions
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DC Low Frequency Thermal Measurements (70 Pages) |
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US Army Correspondence Course Program |
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Lesson 1: The Thermocouple
Learning Event 1: Define and Identify the Theory of a Thermocouple
Learning Event 2: Describe Thermocouple Materials and Types
Learning Event 3: Describe Thermocouple Applications
Practice Exercise
Lesson 2: DCLF Thermal Transfer Standards
Learning Event 1: Describe the Function and Use of Model 540B Thermal Transfer Standard
Learning Event 2: Describe the Function and Use of Model 1395B Coaxial Thermal Converter
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Learning Event 3: Describe the Function and Use of Model B7842 Thermal Converter
Practice Exercise
Lesson 3: DCLF Reference Standards
Learning Event 1: Describe the Model 1600A Thermal Reference Standard
Learning Event 2: Explain the Model 1600A Operation Modes
Learning Event 3: Describe the 1600A Circuit
Learning Event 4: Describe the NBS Thermal Voltage Converter Set
Practice Exercise
Answers to Practice Exercises
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Frequency Time Measurement System (112 Pages) |
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US Army Correspondence Course Program |
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Lesson 1: Electronic Counter Fundamentals
Lesson 2: Model 5345A Operation
Lesson 3: Model 5345A Theory of Operation
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Lesson 4: Model 5257A Transfer Oscillator
Lesson 5: Model 5261A Video Amplifier
Lesson 6: System Applications
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Mechanical and Electro-Mechanical Measurement Principles (153 Pages) |
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US Army Correspondence Course Program |
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Lesson 1: Temperature and Humidity Measurements
Lesson 2: Pressure Measurements and Devices
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Lesson 3: Rotary Torque Measurements and Equipment
Lesson 4: Vibration Measurements and Equipment
Lesson 5: Weights and Balance
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The Metric System of Linear Measure (29 Pages) |
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US Army Correspondence Course Program |
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The Metric System of Linear Measure |
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