Report of investigations

목차 (Table of Contents)

• [Volume. 1]----------
• CONTENTS
• Abstract = 1
• Introduction = 1
• Experimental apparatus = 2
• Instrument calibrations = 6
• Reduction of experimental observations = 12
• Intercomparisons of piston gages = 16
• Experimental procedure = 21
• Composition of gases used = 23
• Treatment of the experimental data = 24
• Experimental results = 26
• Discussion = 192
• References = 193
• ILLUSTRATIONS
• 1. Pressure containers, valves, and fittings of a Burnett type compressibility apparatus = 3
• 2. Pressure container, $$V_{b1}$$ = 4
• 3. Pressure container, $$V_{b2}$$ = 4
• 4. Compressibility apparatus = 5
• 5. Percentage pressure difference versus pressure, piston gages serial numbers 14860 and 13920, △P＝$$P_{13920}$$-$$P_{14860}$$ = 19
• 6. Percentage pressure difference versus pressure, piston gages serial numbers 14860 and 10682, △P＝$$P_{10662}$$-$$P_{14860}$$ = 21
• 7. Percentage pressure difference versus pressure, piston gages serial numbers 13920 and 10682, △P＝$$P_{10662}$$-$$P_{13920}$$ = 22
• TABLES
• 1. Piston gage weight set calibration data = 7
• 2. Mueller bridge, serial No. 1603629, dial reading corrections = 10
• 3. Comparison of gas pressures measured with piston gage serial No. 14860 and piston gage serial No. 13920 = 17
• 4. Piston gage serial No. 14860 floated against piston gage serial No. 13920 = 18
• 5. Gas piston gage serial No. 10682 versus oil piston gage serial No. 14860, △P＝$$P_{10662}$$-$$P_{14860}$$ = 20
• 6. Gas piston gage serial No. 10682 versus oil piston gage rial No. 13920, △P＝$$P_{10662}$$-$$P_{13920}$$ = 20
• 7. Analyses of gases used = 23
• 8. Experimental pressures, calculated pressures, parameters, standard errors, variances, and covariances. 0 degree C (273.150 K ITS) isotherm = 27
• 9. Variances and covariances for integral pressures. 0 degree C (273.150 K ITS) isotherm = 68
• 10. Compressibility factors and standard errors for integral pressures. degree C (273.150 K TTS) isotherm = 79
• 11. Experimental pressures, calculated pressures, parameters, standard errors, variances, and covariances. 25 degree C (298.142 K TTS) isotherm = 85
• 12. Variances and covariances for integral pressures. 25 degree C (298.142 K TTS) isotherm = 119
• 13. Compressibility factors and standard errors for integral pressures. 25 degree C (298.142 K TTS) isotherm = 130
• 14. Experimental pressures, calculated pressures, parameters, standard errors, variances, and covariances. 50 degree C (323.140 K TTS) isotherm = 136
• 15. Variances and covariances for integral pressures. 50 degree C (323.140 K TTS) isotherm = 170
• 16. Compressibility factors and standard errors for integral pressures. 50 degree C (323.140 K TTS) isotherm = 181
• 17. Parameters as a function of composition and temperature = 187
• 18. Compressibility factors as a function of composition and temperature = 188
• 19. Chronology of runs = 189
• [Volume. 2]----------
• CONTENTS
• Abstract = 1
• Introduction = 2
• Acknowledgments = 3
• System description = 3
• Computer acquisition of data = 4
• Computer output = 4
• Event detection = 6
• Real-time acquisition of arrival times = 6
• Special computer operations = 7
• Programed-drill suppression = 7
• Drill suppression hardware, the Schmitt trigger stack = 8
• Drill suppression operation = 8
• Processing high energy events = 9
• Splitting of transducer outputs = 9
• Selection criteria = 9
• Conclusions = 10
• References = 10
• Appendix A. Data screening = 12
• Appendix B. RBM system software and hardware = 13
• Appendix C. Source listing of Galena program = 15
• ILLUSTRATIONS
• 1. Block diagram of microseismic monitoring system at Galena mine = 4
• 2. Computer output and recorded waveforms = 5
• B-1. Program flow chart = 14
• [Volume. 3]----------
• CONTENTS
• Abstract = 1
• Introduction = 2
• Experimental procedures and equipment = 4
• Alloy preparation = 4
• Powder preparation = 4
• Alinement and compaction = 5
• Sintering = 5
• Magnetic property measurements = 5
• Results and discussion = 6
• Magnetic properties of La Co alloys = 6
• Effect of composition = 6
• Effect of grinding time = 6
• Magnetic properties of La Co Cu alloys : effect of copper content = 7
• Magnetic properties of La Co Cu Mg alloys = 7
• Effect of magnesium content = 7
• Effect of lanthanum content = 10
• Effect of copper content = 11
• Effect of grinding time and method of cooling after sintering = 12
• Physical stability of sintered La Co Cu Mg magnets = 14
• Conclusions = 14
• References = 15
• Appendix. Definitions of basic magnetic properties of a permanent magnet = 16
• ILLUSTRATIONS
• 1. Effect of copper and magnesium additions on the hysteresis curves of RE Co magnets = 3
• 2. Effect of lanthanum content on the magnetic properties of La Co alloys = 6
• 3. Effect of grinding time on the magnetic properties of La Co alloys = 7
• 4. Effect of copper content on the magnetic properties of La Co Cu alloys = 8
• 5. Effect of magnesium content on the intrinsic coercivity of La Co Cu Mg alloys = 10
• 6. Effect of lanthanum content on the magnetic properties of La Co Cu Mg alloys = 11
• 7. Effect of copper concentration on the magnetic properties of La Co Cu Mg alloys = 12
• 8. Effect of grinding time and method of cooling on the magnetic properties of La Co Cu Mg alloys = 13
• 9. Results of air exposure on sintered,magnets = 14
• A-1. Hysteresis loop of a permanent magnet material = 16
• TABLES
• 1. Composition of alloys prepared by arc melting = 4
• 2. Effect of magnesium on the magnetic properties of La Co Cu Mg alloys = 9