Physics experiments using PCs: a guide for instructors and students
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| Format: | Book |
| Language: | English |
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Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong Kong ; Barcelona ; Budapest
Springer
1993
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIV, 312 S. graph. Darst. |
| ISBN: | 3540558853 0387558853 |
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MARC
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| 245 | 1 | 0 | |a Physics experiments using PCs |b a guide for instructors and students |c H. M. Staudenmaier (ed.) |
| 264 | 1 | |a Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong Kong ; Barcelona ; Budapest |b Springer |c 1993 | |
| 300 | |a XIV, 312 S. |b graph. Darst. | ||
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Record in the Search Index
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CONTENTS
PART
I MECHANICS
1. FOURIER ANALYSIS OF SOME SIMPLE PERIODIC SIGNALS
BY R. LINCKE (WITH 17 FIGURES) . 3
1.1 APPARATUS . 3
1.2 PROGRAMS . 4
1.3 EXPERIMENTS . 5
1.3.1 SIMPLE HARMONIC WAVE . 5
1.3.2 BEATS . 6
1.3.3 AMPLITUDE MODULATION . 9
1.3.4 RECTANGLES . 12
1.4 DIDACTIC AND PEDAGOGICAL ASPECTS . 14
REFERENCES . 16
APPENDIX L.A . 16
2. POINT MECHANICS BY EXPERIMENTS -
DIRECT ACCESS TO MOTION DATA
BY R. DENGLER AND K. LUCHNER (WITH 20 FIGURES) . 23
2.1 INTRODUCTION . 23
2.2 ORVICO . 24
2.2.1 PRINCIPLE . 24
2.2.2 HARDWARE . . 25
2.2.3 SOFTWARE . 28
2.3 EXAMPLES . 29
2.3.1 BALLISTIC MOTION . 29
2.3.2 THE RIGID PENDULUM . 31
2.3.3 FRAME OF REFERENCE . 33
2.3.4 STATISTICAL MOTION ON AN AIR TABLE . 34
2.3.5 SPHERIC PENDULUM . 35
2.3.6 TWO POINT MASSES OBSERVED . 37
2.4 CONCLUSION . 38
REFERENCES . 39
VII
BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/930222970
PART
II THERMODYNAMICS
3.
APPLICATION OF PID CONTROL TO A THERMAL EVAPORATION SOURCE
BY B. D. HALL (WITH 12 FIGURES) . 43
3.1 INTRODUCTION . 43
3.2 THE SYSTEM TO BE CONTROLLED:
AN INERT-GAS-AGGREGATION SOURCE . 45
3.2.1 BACKGROUND . 45
3.2.2 THE INERT-GAS-AGGREGATION TECHNIQUE . 45
3.2.3 A DESCRIPTION
OF A REAL INERT-GAS-AGGREGATION SOURCE . 47
3.3 DESCRIPTION OF THE PID CONTROL ALGORITHM . 49
3.3.1 THE PID CONTROL ALGORITHM . 54
3.4 IMPLEMENTING THE PID ALGORITHM ON A COMPUTER . 54
3.4.1 PROGRAM STRUCTURE AND THE USE OF INTERRUPTS
. 58
3.5 ADJUSTING THE PID . 59
3.5.1 THE ZIEGLER-NICHOLS' METHODS . 60
3.6 POSSIBILITIES OFFERED BY THE LEMAN SOURCE . 63
3.7 CONCLUSIONS . 65
ACKNOWLEDGEMENTS . 66
REFERENCES . 66
4. COMPUTER CONTROL OF THE MEASUREMENT OF THERMAL CONDUCTIVITY
BY B. W. JAMES (WITH 17 FIGURES) . 67
4.1 THERMAL CONDUCTIVITY . 67
4.1.1 MEASUREMENT OF THERMAL CONDUCTIVITY
WITH PARALLEL HEAT FLOW . 68
4.1.2 MEASUREMENT OF THERMAL CONDUCTIVITY
WITH NON-PARALLEL HEAT FLOW . 70
4.2 EXPERIMENTAL CONSIDERATIONS . 71
4.2.1 THE THERMOCOUPLE AS A TEMPERATURE
MEASURING DEVICE . 72
4.2.2. THE AD595 THERMOCOUPLE AMPLIFIER
INTEGRATED CIRCUIT . 73
4.2.3 THERMOCOUPLE ACCURACY . 74
4.2.4 CALIBRATION OF THE THERMOCOUPLES . 75
4.2.5 THERMOCOUPLE SELECTION MULTIPLEXING CIRCUIT . 75
4.2.6 MULTIPLEXOR CONTROL . 76
4.2.7 THE IEEE-488 BUS INTERFACE UNIT . 76
4.2.8 THE CONTROL AND MEASUREMENT SOFTWARE . 76
4.2.9 DISCUSSION OF THE EXPERIMENT . 84
4.3 THE COMPUTER SIMULATION . 85
REFERENCES . 86
APPENDIX 4.A . 88
APPENDIX 4.B 99
VIII
PART
III
SOLID STATE PHYSICS
5. EXPERIMENTS WITH HIGH-T
C SUPERCONDUCTIVITY
BY M. OTTENBERG AND H. M. STAUDENMAIER (WITH 4 FIGURES) 111
5.1 EXPERIMENTAL SETUP . HI
5.1.1 THE APPARATUS . ILL
5.1.2 ELECTRONICS .
113
5.1.3 COMPUTER, INTERFACE AND SOFTWARE . 114
5.2 MEASUREMENTS . 116
5.2.1 RESISTANCE MEASUREMENT . 116
5.2.2 TUNNEL DIODE OSCILLATOR MEASUREMENT . 118
5.3 RESULTS . 119
5.3.1 DETAILED ANALYSIS OF THE RESISTANCE
AND TDO MEASUREMENTS . 119
5.3.2 THERMODYNAMIC AND CALORIMENTRIC RESULTS . 122
5.3.3 EXPERIENCE WITHIN THE LABORATORY COURSE . 124
REFERENCES . 125
APPENDIX 5.A: ELECTRIC CIRCUIT DIAGRAMS . 125
APPENDIX 5.B: SPLINE FIT PROGRAM SPLFIT . 126
6. COMPUTER CONTROL OF LOW TEMPERATURE
SPECIFIC HEAT MEASUREMENT
BY G. KEELER (WITH 13 FIGURES) . 129
6.1 BASIC PHYSICS . 130
6.1.1 SPECIFIC HEAT . 130
6.1.2 LOW TEMPERATURE SPECIFIC HEAT . 131
6.1.3 THE DEBYE MODEL FOR THE SPECIFIC HEAT . 133
6.1.4 SPECIFIC HEAT ANOMALIES . 134
6.2 EXPERIMENTAL SETUP . 134
6.2.1 SPECIMEN . 134
6.2.2 APPARATUS . 135
6.2.3 ELECTRONICS . 136
6.2.4 MICROCOMPUTER CONTROL . 138
6.3 MEASUREMENTS AND RESULTS . 138
6.3.1 MEASUREMENT PRINCIPLES . 138
6.3.2 USING THE COMPUTER PROGRAM . 142
6.3.3 TYPICAL RESULTS . 146
6.4 DISCUSSION . 148
REFERENCES . 149
APPENDIX 6.A: CIRCUIT DIAGRAMS . 150
APPENDIX 6.B: PROGRAM LISTING . 150
IX
7. COMPUTER-CONTROLLED OBSERVATIONS
OF SURFACE PLASMON-POLARITONS
BY A. D. BOARDMAN, A. M. MOGHADAM AND J. L. BINGHAM
(WITH 14 FIGURES) . 172
7.1 INTRODUCTION . 172
7.2 A COMPUTER-CONTROLLED ATR EXPERIMENT . 178
7.2.1 PRISM GEOMETRY . 179
7.2.2 COMPUTER CONTROL OF ATR MEASUREMENTS . 183
7.3 COMMENTS ON THE MECHANICS DESIGN
AND THE COMPUTER INTERFACE . 187
7.4 CONCLUSION . 191
REFERENCES . 191
PART IV
OPTICS AND ATOMIC PHYSICS
8. MOLECULAR SPECTROSCOPY OF I
2
BY U. DTEMER AND H. J. JODI (WITH 8 FIGURES) . 195
8.1 INTRODUCTION . 195
8.2 SOME BASIC PHYSICS OF THE DIATOMIC MOLECULE . 196
8.3 EXPERIMENTAL SETUP . 200
8.3.1 THE CLASSICAL ARRANGEMENT . 200
8.3.2 EXTENSIONS: ONLINE USE OF A COMPUTER . 201
8.4 MEASUREMENTS . 204
8.4.1 CALIBRATION OF THE SYSTEM . 204
8.4.2 RECORDING THE ABSORPTION SPECTRA . 204
8.4.3 RECORDING THE FLUORESCENCE SPECTRA . 206
8.4.4 SOME ADDITIONAL FEATURES OF THE PROGRAM LAMDA 207
8.5 ANALYSIS OF THE SPECTRA USING THE PROGRAM JOD . 208
8.5.1 ANALYSIS OF ABSORPTION SPECTRA . 208
8.5.2 SOME OPTIONAL EXERCISES . 214
8.6 PEDAGOGICAL ASPECTS . 217
REFERENCES . 218
9. OPTICAL TRANSFER FUNCTIONS
BY H. PULVERMACHER (WITH 14 FIGURES) . 219
9.1 INTRODUCTION . 219
9.2 MATHEMATICAL TOOLS . 220
9.2.1 FOURIER TRANSFORMS . 220
9.2.2 THEORY OF TRANSFER FUNCTIONS . 221
9.2.3 IMAGING WITH SPACE INVARIANT SYSTEMS . 223
9.2.4 COHERENT OPTICS . 223
9.2.5 INCOHERENT OPTICS . 225
9.2.6 EXERCISES AND QUESTIONS . 227
X
9.3 EXPERIMENTAL SET UP . 227
9.3.1 PRELIMINARY CONSIDERATIONS . 227
9.3.2 THE OPTICS . 228
9.3.3 THE TEST OBJECT . 229
9.3.4 THE ELECTRONICS . 230
9.3.5 THE ADJUSTMENT . 231
9.3.6 THE SOFTWARE FOR EXPERIMENTATION AND EVALUATION 233
9.4 EVALUATION . 237
9.4.1 THE TASKS . 237
9.4.2 THE GENERAL PROCEDURE OF EVALUATION . 237
9.4.3 INFLUENCE OF THE DETECTOR SLIT . 238
9.4.4 PURE DEFECT OF FOCUS . 238
9.4.5 DIFFRACTION AND DEFECT OF FOCUS . 239
9.4.6 QUASI-COHERENT ILLUMINATION . 240
9.5 DIDACTIC AND PEDAGOGICAL ASPECTS . 243
9.5.1 GOALS . 243
9.5.2 INTERPRETATION OF DATA . 243
9.5.3 PRESENTATION OF DATA . 244
9.5.4 COMPLICATIONS AND LIMITATIONS OF THE MODEL . 244
9.5.5 APPLICATIONS OF FOURIER OPTICS . 245
APPENDIX 9.A: DIFFRACTION BY A SECTOR STAR . 245
REFERENCES . 247
PART
V
NUCLEAR PHYSICS
10. NUCLEAR SPECTROMETRY USING A PC CONVERTED
TO A MULTICHANNEL ANALYSER
BY J. S. BRAUNSFURTH (WITH 13 FIGURES) . 251
10.1 INTRODUCTION . 251
10.1.1 HARDWARE CONCEPT . 251
10.1.2 TARGET GROUP . 252
10.1.3 MCA DESIGN ALTERNATIVES . 252
10.2 BASIC PHYSICS . 254
10.2.1 INTERACTION OF ELECTROMAGNETIC RADIATION
WITH MATTER . 254
10.2.2 ABSORPTION OF ELECTROMAGNETIC RADIATION IN MATTER 255
10.2.3 INTERACTION OF PARTICLE RADIATION WITH MATTER . 256
10.2.4 BREMSSTRAHLUNG . 257
10.2.5 X-RAY FLUORESCENCE . 257
10.3 DETECTORS AND MEASURING EQUIPMENT . 258
10.3.1 SCINTILLATION DETECTORS FOR
J3 AND 7 SPECTROMETRY . 258
10.3.2 SIGNAL RECORDING EQUIPMENT;
THE MULTICHANNEL ANALYSER . 259
10.3.3 ENERGY RESOLUTION OF A DETECTOR . 259
10.3.4 RADIATION DETECTION EFFICIENCY . 260
XI
10.4 EXPERIMENTAL SETUP . 261
10.4.1 HARDWARE SETUP . 261
10.4.2 GENERAL STRUCTURE OF THE MCA PROGRAM;
PROGRAM KERNEL . 262
10.4.3 MCA PROGRAM MENUES . 265
10.5 EXPERIMENTS . 269
10.5.1 GENERAL CONSIDERATIONS . 269
10.5.2 7-RAY ABSORPTION; RADIATION INTENSITY BUILDUP
BY COMPTON INTERACTION . 271
10.5.3 /? SPECTRUM; ENERGY LOSS OF ELECTRONS IN MATTER . 276
10.6 STUDENT REACTIONS . 279
REFERENCES . 281
11. PARITY VIOLATION IN THE WEAK INTERACTION
BY E. KANKELEIT, H. JDGER, C. MUNTZ, M. D. RHEIN,
AND P. SCHWALHACH (WITH 7 FIGURES) . 282
11.1 INTRODUCTION . 282
11.2 BASIC PHYSICS . 283
11.3 EXPERIMENTAL SETUP . 285
11.3.1 ELECTRONICS . 286
11.3.2 SOFTWARE . 288
11.4 MEASUREMENTS AND RESULTS . 289
11.4.1 GENERAL REMARKS . 289
11.4.2 ENERGY CALIBRATION . 289
11.4.3 BACKGROUND MEASUREMENT . 289
11.4.4 MEASUREMENT OF THE 7 POLARIZATION . 289
11.4.5 RESULTS AND DISCUSSION . 290
11.5 DIDACTIC AND PEDAGOGICAL ASPECTS . 292
REFERENCES . 292
12. RECEIVING AND INTERPRETING ORBITAL SATELLITE DATA.
A COMPUTER EXPERIMENT FOR EDUCATIONAL PURPOSES
BY T. KESSLER, S. M. RUGER AND W.-D. WOIDT (WITH 13 FIGURES) 293
12.1 INTRODUCTION . 293
12.2 THE UOSAT SATELLITES . 294
12.3 THE RECEIVING SYSTEM . 296
12.4 DISCRIMINATING VALID DATA FROM NOISE AND INTERFERENCE . . 297
12.5 THE REAL TIME DATA ACQUISITION SYSTEM . 299
12.6 WHOLE ORBIT DATA ANALYSIS . 303
12.7 PRACTICAL EXPERIENCE AND FURTHER ASPECTS . 307
ACKNOWLEDGEMENTS (FROM THE THIRD AUTHOR) . 308
REFERENCES . 308
SUBJECT INDEX . 309
XII |
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| spelling | Physics experiments using PCs a guide for instructors and students H. M. Staudenmaier (ed.) Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong Kong ; Barcelona ; Budapest Springer 1993 XIV, 312 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Experiment (DE-588)4015999-1 gnd rswk-swf Personal Computer (DE-588)4115533-6 gnd rswk-swf Physik (DE-588)4045956-1 gnd rswk-swf Experiment (DE-588)4015999-1 s Physik (DE-588)4045956-1 s Personal Computer (DE-588)4115533-6 s DE-604 Staudenmaier, Hans-Martin edt DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=019109080&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Physics experiments using PCs a guide for instructors and students Experiment (DE-588)4015999-1 gnd Personal Computer (DE-588)4115533-6 gnd Physik (DE-588)4045956-1 gnd |
| subject_GND | (DE-588)4015999-1 (DE-588)4115533-6 (DE-588)4045956-1 |
| title | Physics experiments using PCs a guide for instructors and students |
| title_auth | Physics experiments using PCs a guide for instructors and students |
| title_exact_search | Physics experiments using PCs a guide for instructors and students |
| title_full | Physics experiments using PCs a guide for instructors and students H. M. Staudenmaier (ed.) |
| title_fullStr | Physics experiments using PCs a guide for instructors and students H. M. Staudenmaier (ed.) |
| title_full_unstemmed | Physics experiments using PCs a guide for instructors and students H. M. Staudenmaier (ed.) |
| title_short | Physics experiments using PCs |
| title_sort | physics experiments using pcs a guide for instructors and students |
| title_sub | a guide for instructors and students |
| topic | Experiment (DE-588)4015999-1 gnd Personal Computer (DE-588)4115533-6 gnd Physik (DE-588)4045956-1 gnd |
| topic_facet | Experiment Personal Computer Physik |
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