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量子波本质探讨 英文PDF|Epub|txt|kindle电子书版本网盘下载
- 张新安著 著
- 出版社： 西安：西安交通大学出版社
- ISBN：9787560555270
- 出版时间：2014
- 标注页数：291页
- 文件大小：29MB
- 文件页数：317页
- 主题词：量子论-研究-汉、英
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图书目录
Chapter 1 Properties and Testing Methods of Sound Absorption Materials1
1.1 Properties of Porous Absorptive Materials1
1.1.1 Thick Porous Absorptive Materials1
1.1.2 Curtains and Fabrics10
1.2 Measurement of Sound Absorption Materials12
1.3 Measurement Method and Apparatus of Air Permeability and Yield Strength of Fiber Layer20
1.3.1 Air Permeability20
1.3.2 Yield Strength22
Chapter 2 Introduction of Conventional Sound Absorption Theories24
2.1 Sound Transmission of Porous Materials24
2.1.1 Sound Transmission in the Round Pipe and Narrow Slit24
2.1.2 Porous Sound Absorption Materials31
2.2 Porous Sound Absorption Materials in Several Specific Cases35
2.2.1 Sound Propagation in Porous Media35
2.2.2 Sound Reduction due to Propagation through a Porous Material37
2.2.3 Porous Sound Absorption Materials in Impedance Tube38
2.2.4 Porous Materials with a Backing Cavity43
2.2.5 Porous Liner Covered with a Limp Impervious Layer44
2.2.6 Porous Liner Covered with a Perforated Sheet45
2.2.7 Porous Liner Covered with a Limp Impervious Layer and a Perforated Sheet46
Chapter 3 Sound Absorption Principle of Fibrous Materials48
3.1 Introduction48
3.2 Porous Material Sound Absorption Model49
3.3 The Sound Energy Transmission Equation and Sound Absorption Spectrum Formula of Porous Material56
3.4 The Air Permeability and Peak Sound Absorption Coefficient Formula of Porous Material58
3.5 Sound Absorption Coefficient Formula of Porous Materials67
3.6 Explanation of the Experimental Laws Quoted by the Literature about Sound Absorption of Porous Materials75
3.7 Conclusions80
Chapter 4 The Quantum Phenomenon of Fabrics' Vapor Permeability and Further Discussion about the Sound Absorption Principle of Porous Material80
4.1 The Quantum Change Rule of Fabrics' Vapor Permeability83
4.1.1 Test Methods and Environment83
4.1.2 Characteristics of Water Vapor Permeability of Fabrics with Different Air Permeability and Similar Thickness84
4.1.3 Characteristics of Water Vapor Permeability of the Fabrics with Similar Air Permeability and Different Thickness85
4.1.4 Changes of the Water Vapor Permeability of the Fabrics with the Lapse of Time86
4.1.5 Sum Up88
4.2 Analyzing of the Sound Absorption Character of Porous Material with Vapor Content89
4.2.1 Resonance Sound Absorption Model of Densely Porous Material90
4.2.2 Analyzing of the Sound Absorption Character of Porous Material with Vapor Content98
4.3 Conclusions100
Chapter 5 Dark Energy of Sound Wave and Universe104
5.1 Introduction104
5.2 The Negative and Quantum Energy of Sound Wave108
5.2.1 The Interaction Principle of Sound Wave and Flexible Materials108
5.2.2 The Negative Energy of Sound Wave110
5.3 Analysis of Acoustic Waves and Cosmic Dark Energy112
5.4 Conclusions114
Chapter 6 The Wave Essence of Photon117
6.1 Introduction117
6.2 The Wave Theory of Photon's Essence119
6.2.1 Deriving of the Photon Energy Equation with Classical Wave Theory119
6.2.2 Interpreting of the Compton Effect and Photoelectric Effect By Classical Wave-Vibration Theory121
6.2.3 Energy Transmission Equation of Light Wave to Electron126
6.2.4 Phase Shift between Light Wave and Vibrator128
6.2.5 Discussions133
6.3 Conclusions144
Chapter 7 Electromagnetic Wave Absorption Model of Atmosphere and Atmospheric Window Formula146
7.1 Introduction146
7.2 The Research Situation of Transmitting and Decay of Infrared in the Atmosphere149
7.2.1 The Empirical Study in the First Half of the 20th Century149
7.2.2 The Theoretical Research in the Latter Half of 20th Century151
7.3 The Atmosphere Absorption Principle of Electromagnetic Wave158
7.4 Atmospheric Window Formula166
7.5 Discussion170
7.5.1 The Lateral Amplitude of Electromagnetic Wave170
7.5.2 The Atmospheric Halo over the City173
7.5.3 The Effect of Frequency and Vapour Content to the Transmittance of Electromagnetic Wave174
7.5.4 Rotation Absorption and Emission of Molecules175
7.6 Conclusions178
Appendix A Oscillation and Sound Wave182
A.1 Oscillation182
A.1.1 Description of Simple Harmonic Motion182
A.1.2 Energy in Simple Harmonic Motion185
A.1.3 Damped Oscillations187
A.1.4 Driven Oscillations and Resonance188
A.2 Sound Wave189
A.2.1 Plane Waves189
A.2.2 Harmonic(Sinusoidal)Waves191
Appendix B Introduction of Quantum Theory194
B.1 Blackbody Radiation and Planck's Quantum Hypothesis194
B.2 The Hypothesis of Light Quanta and the Photoelectric Effect197
B.3 The Compton Effect by the Hypothesis of Light Quanta202
B.4 Bohr Atom,Electron Wave206
B.5 Wave Function215
B.6 Quantum Particle in a Box217
Appendix C 中文论文224
Appendix D Fundamental Constants290