| Description |
1 online resource |
| Series |
Physics research and technology |
|
Genetics--research and issues |
|
Physics research and technology.
|
|
Genetics--research and issues series.
|
| Contents |
CRYOGENICS: THEORY, PROCESSES AND APPLICATIONS ; CRYOGENICS: THEORY, PROCESSES AND APPLICATIONS ; CONTENTS ; PREFACE ; CONTROL OF THE SONIC BOOM GENERATED BY A FLYING VEHICLE BY MEANS OF A CRYOGENIC IMPACT ON THE FLOW PROCESS CONTROL OF THE SONIC BOOM GENERATED BY A FLYING VEHICLE BY MEANS OF A CRYOGENIC IMPACT ON THE FLOW PROCESS ; INTRODUCTION ; 1. PROBLEM OF CREATING A SUPERSONIC PASSENGER PLANE ; 2. PHYSICAL GROUNDS OF THE CRYOGENIC IMPACT ON THE FLOW ; 3. OBJECTIVES OF RESEARCH ; 4. TEST CONDITIONS ; 4.1. Experimental Facility ; 4.2. Models and Technologies of Their Cooling |
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4.3. Method of Measurements and Data Processing 4.4. Method of Recalculaton of the Measured Results to Large Distances from the Model ; 5. RESULTS AND DISCUSSION ; 5.1. Surface Cooling ; 5.2. Coolant Injection from the Surface ; 6. APPLICATIONS ; REFERENCES ; LIQUID OXYGEN MAGNETOHYDRODYNAMICS ; 1. ABSTRACT ; 2. INTRODUCTION ; 2.1. Magnetic Fluids ; 2.2. Liquid Oxygen ; 2.3. Previous Research ; 2.3.1. Magnetic fluid pumps ; 2.3.2. Magnetoviscosity ; 2.3.3. Magnetic fluid pipe flow ; 2.4. Current Test Parameters ; 3. THEORETICAL MODEL ; 4. EXPERIMENTAL APPARATUS ; 5. NUMERICAL SOLUTION |
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6. RESULTS AND DISCUSSION6.1. Solenoid / Slug Optimization ; 6.2. Maximum Attainable Pressure Change ; 6.3. Hydrodynamic Breakdown ; 6.4. Determining Uncertainty ; 6.5. Geometric Dependence ; 7. CONCLUSIONS ; REFERENCES ; EFFECT OF CRYOGENIC TREATMENT ON MICROSTRUCTURE AND MECHANICAL PROPERTIES OF LIGHT WEIGHT ALLOYS ; ABSTRACT ; INTRODUCTION ; EXPERIMENTAL ; AZ91 Magnesium Alloy ; A319 Aluminum Alloy ; AISI H13 Hot Work Tool Steel ; RESULTS; AZ91 Magnesium Alloy ; A319 Aluminum Alloy ; AISI H13 Hot Work Tool Steel ; CONCLUSION ; ACKNOWLEDGMENT ; REFERENCES |
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CRYOGENIC TREATMENT AND FATIGUE RESISTANCEAbstract; 1. Introduction; 2. Treatment Parameters; 3. Materials and microstructure; 4. Engineering design applications; 4.1. Carburized gears; 4.2. Stainless steel coil springs; 5. Beyond steel; 6. Conclusion; References; APPLICATION OF FIBER BRAGG GRATING SENSORS AT CRYOGENIC TEMPERATURES ; ABSTRACT ; INTRODUCTION ; 1. FIBER BRAGG GRATINGS -- FABRICATION, INTERROGATION, SENSING CAPABILITIES ; 2. SENSOR SIGNAL PROCESSING AND MULTIPLEXING ; 3. FBGS AT LOW TEMPERATURES ; 4. MAGNETIC FIELD CROSS SENSITIVITY ; 5. STRAIN MEASUREMENTS DOWN TO 4.2 K |
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6. APPLICATIONS 6.1. Magnetostriction ; 6.2. CTE Measurement ; 6.3. Quench Detection ; 6.4. Cryogenic Composite Tank Structure Surveillance ; 7. CONCLUSION ; REFERENCES ; CRYOGENIC GRINDING: APPLICATION FOR STRUCTURAL MODIFICATION AND FORMULATION DEVELOPMENT OF DRUG MOLECULES ; ABSTRACT ; INTRODUCTION ; CRYOGENIC GRINDING TO PREPARE AMORPHOUS DRUGS ; CRYOGENIC GRINDING TO PREPARE SOLID DISPERSIONS ; CRYOGENIC GRINDING TO PREPARE COMPLEXES AND COCRYSTALS ; CRYOGENIC GRINDING TO PREPARE SELF EMULSIFYING FORMULATION ; CRYOGENIC GRINDING TO PREPARE DRUG NANOPARTICLES; CONCLUSION |
| Bibliography |
Includes bibliographical references and index |
| Notes |
English |
| Subject |
Low temperatures.
|
|
Low temperature engineering.
|
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TECHNOLOGY & ENGINEERING -- Mechanical.
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Low temperature engineering
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Low temperatures
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| Form |
Electronic book
|
| Author |
Hayes, Allyson E., editor
|
| LC no. |
2020687793 |
| ISBN |
9781617615429 |
|
1617615420 |
|
