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Astronomy-Inspired Atomic and Molecular Physics (Astrophysics and Space Science Library) - Rau, A.R.
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Rau, A.R.:
Astronomy-Inspired Atomic and Molecular Physics (Astrophysics and Space Science Library) - Taschenbuch

2017, ISBN: 9781402004674

Gebundene Ausgabe, ID: 740116899

Science Press, 2014-6-30. paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2014-6-30 Pages: 368 Publisher: Science Press Laser Sensing and Measurement focuses on 51 core MCU and C51 programming. The first seven chapters introduce the old 51 microcontroller architecture. instruction and assembly. C51 MCU program design and 51 communication interfaces. ADC and DAC interface. The first chapter introduces siliconLaboratories 8-9 enhanced the company's 51 core microcontroller C8051F330. Chapter 10 introduces smart electronics interface technology. Ar... Satisfaction guaranteed,or money back., Science Press, 2014-6-30, Electronic industry press, 2017-02-01. hardcover. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.HardCover. Pub Date: 2017-02-01 Pages: 132 Language: Chinese Publisher: electronic industry press This book adopts the method of multidisciplinary research on social networking. and discusses the * new research results in this area.This book also discussed how to found the structural properties of online social networks to expand social network analysis and build the future of online services. as well as a few... Satisfaction guaranteed,or money back., Electronic industry press, 2017-02-01, 1949. 1949. Hardcover. Good. Good Good Good Van Nostrand; Hardback/surplus library copy with the usual l ibra ry sta mpings; reference number written on and taped to spine; edge we ar, f ading, scuffing to cover; light fading to pages; cardholder inside re ar boa rd; goo d condition with clean text, tight binding; ., 1949, 1949, paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: 2013 02 Publisher: China Machine Press latest commonly Tube Quick Reference Guide (2nd Edition) First in the form of questions and answers and fast learning Quick way to introduce the basic knowledge and practical knowledge of the tubes. and then some tubes. the main parameters. function name. the package features. basic circuit and application circuit. so as to meet the the readers fast learning tubes knowledge. Quick tubes information. The latest commonly Tube Quick Reference (2nd edition) have content comprehensive access to simple. easy to carry. is a set of the tubes knowledge learning and information Quick reading. Latest commonly Tube Quick Reference Guide (2nd Edition) suitable for sound professional teachers and students to use. and also for the production staff of the tube applications. read the tube sales staff. tube amp maintenance personnel. electronic enthusiasts. Contents: 2nd Edition Preface 1 Preface Chapter 1 tube Overview [Q] Why can form the current vacuum? [Q] What is the tubes? Asked 3] the role of the tube with the current application status? Q-4] tubes internal why high vacuum? [Q] What are the types of tubes? [Q6] some fine tubes classification what? Asked 7] tubes the features and functionality of the internal structure of what? [Q8] tube pin number determined? [Q 9] tubes parameter symbol and name corresponds to what? [Q10] How to estimate a few common values ??of the tubes? [11] What is the deformed tube? [12] What is directly heated tubes? [Q13] What is indirectly heated tubes? [Q 14] and the internal structure of the electronic diode is what? Asked 15] the electronic diode characteristics and performance is what? Asked 16] the the electronic transistor structure is what? [Q17] electron transistor characteristics and performance is what? [Q18] electron transistor types and characteristics of what? [Q19] electronic tetrode internal structure is what? Q-20] beam electronic tetrode internal structure is what? [Q21] electronic pentode internal structure is what? [Q 22] the common tubes symbol is what? [Q 23] cathode ray tube model composed what? Asked 24] CRT glass type designation for what? [Q25] What is the structure of the cathode ray tube TV? [Q26] receiving amplifier tube model composition method is what? [Q27] the launch tube model composition method is What? [Q28] space charge control tubes models composed what? Asked 29] optoelectronic the image device models composed method is what? [Is asked 30] evaluation of some common tubes? Q-31] the tubes What precautions applications? [Q32] how to detect the tubes? [Q 33] How substitution tubes? Letters at the beginning of tubes of the beginning of the tubes of the letters of the beginning of the tubes of the letters of the letters at the beginning of tubes beginning of tubes of letters of letters at the beginning of tubes of Chapter 2 tubes Quick 2.1 digital beginning of tubes 2.2 begin with the letters A tube 2.3 B 2.4 C 2.5 D 2.6 E 2.7 F 2.8 G 2.9 H letters at the beginning of tubes 2.1 0I. K letters at the beginning of tubes 2.1 1L begin with the letters tubes 2.1 2M N letters at the beginning tubes 2.1 3O P letters at the beginning of tubes 2.1 4Q R letters at the beginning tubes 2.1 5S T letters at the beginning of tubes 2.1 6U V begin with the letters tubes 2.1 7W X letters at the beginning of tubes 2.1 8Y Z letters at the beginning of tubes Chapter 3 the tube substitution Quick Reference Chapter 4 Tube Circuitry 4.1 tube based circuits 4.1.1 half-wave rectifier circuit (electronic diode) 4.1.2 full-wave rectifier circuit (the electronic diode) 4.1.3 detection circuit (electronic diode) 4.1.4 basic amplifier circuit (electronic transistor) 4.1.5 4.1.6 shared bias amplifier bias alone amplifier circuit (electronic transistor) circuit (electronic transistor) 4.1.7 common cathode amplifier circuit (electronic transistor) 4.1.8 Common anode amplification circuit (electronic transistor) 4.1.9 common-gate amplifier circuit (electronic transistor) 4.1.10 directly coupling circuit coupled interstage coupling circuit 4.1.11 resistive and capacitive coupling interstage coupling circuit 4.1.12 transformer coupled class 4.1.13 common cathode - Total yang combination amplifier 4.1.14 common cathode - a total gate combination combo amp amplifier 4.1.15 SRPP 4.1.16 common cathode differential amplifier 4.1.17 twin tube common positive differential amplifier 4.1.18 Single Tube Group A power amplifier 4.1.19 single-ended Class A amplifier basic connection 4.1.20 push-pull amplifier circuit 4.1.21 small current 4.1.22 large current gate of the a gate negative power supply circuit to the negative power supply circuit 4.1.23 pressure voltage doubler rectifier circuit (tube amplifier applications rectifier circuit) 4.1.24 diode bridge rectifier circuit (tube amplifier applications rectifier circuit) 4.1.25 diode full wave rectifier circuit (tube amp applications rectifier circuit) 4.1.26 filament positive potential basic connectivity 4.1.27 pentode connected as triode connection before 4.1.28 tube amp circuit the 4.2 tubes application circuit 4.2.1-level power supply circuit 4.2.5 Bridge (6P14. 6N2 application) 4.2.2 parallel high voltage rectifier circuit (6Z4 application) 4.2.3 high voltage rectifier circuit (5AR4 or 6Z5P application) 4.2.4 high voltage rectifier circuit (5U4 or 6Z5P application) half-wave rectifier circuit of the high-voltage rectifier circuit (5U4G Application) 4.2.6 bridge high-voltage rectifier circuit (5U4 Application) 4.2.7 bypass thermal rectifier full-wave rectifying circuit (5AR4 or 6Z5 Application) 4.2.8 UHV ( 872 or 872A of the application) 4.2.9 high-current (150 ~ 200mA) voltage regulator circuit (6P3P application) 4.2.10 small current (30 ~ 50mA) voltage regulator circuit (6N6 application) 4.2.11 small current (50mA ) voltage regulator circuit (WY-1. WY-3 of the application) 4.2.12 current negative feedback circuit (6AV6 application) 4.2.13 voltage negative feedback circuit (6SJ7 application) 4.2.14 voltage regulator circuit (GZ34 6080 the EF86. 85A2 application) 4.2.15 tubes parallel adjustment of the push-pull circuit (ECC88. 6DJ8 application) 4.2.16 DC-coupled active crossover symmetrical circuit (6J5GT. EF91 applications) 4.2.17 direct thermal rectifier filament with center tap rectifier circuit (5U4 or 5Z4 application) 4.2.18 direct thermal rectifier full-wave rectifying circuit (5Y3 or 5Z2 input stage circuit of the application) 4.2.19 tube (12AX7 Application) 4.2.20 tube input stage circuit (6J8P is of applications) 4.2.21 vacuum tube output stage circuit (12AX7 application) 4.2.22 preamp circuit (12AU7. 12AX7 application) 4.2.23 preamp circuit (1B2. 6N3 application) 4.2.24 preamp circuit (6N3. 6V6GT application) 4.2.25 preamp circuits (E88CC. 12AX7 application) 4.2.26 preamplifier circuit (5842. E88CC. 6SN7 the application) the 4.2.27 preamp circuit (6J5GT EC8010. 12B4A the application) 4.2 .28 preamplifier circuit (E88CC. 7N7 application) 4.2.29 amplifier circuit (12AX7. 12AU7. EL34 application) 4.2.30 amplifier circuit (12BZ7. 12AX7. 5687.6 AS7 the application) 4.2.31 amplification circuit (5965 Application 300B) 4.2.32 zoom circuit (5965.5687.2 A3 application) 4.2.33 enlarged to circuit (5965. EL34 application) 4.2.34 amplifying circuit (6922 Application) 4.2.3 amplifier circuit (6AU6 12b4 Application) 4.2.36 amplifying circuit (6CG7 Application) 4.2.37 amplifying circuit (6N1. 6P1. 5Z3P application) 4.2.38 amplifying circuit (6N1P. EL509 Application) the 4.2.39 amplifying circuit (Application 6U8A) 4.2 .40 amplification circuit (EL84 application) 4.2.41 4.2.43 rotary amplifier circuit (EL84 application) 4.2.42 pre-amplifier circuit (6DJ8 application) the zoom circuit (12AT7. 6L6G application) 4.2.44 Listener amplifying circuit (16206J7. 16226V6. 5U4G application) 4.2.45 two differential power amplifier circuit (6N2. 6V6GT Application) 4.2.46 tubes differential amplifying circuit (ECC83 Application) 4.2.47 ultra-linear amplifier circuit (6SL7 . 6SN7. 6L6. 5V4G application) 4.2.48 headphone amplifier circuit (12AU7 6922 application) 4.2.49 headphone amplifier circuit (12AU7 6922 application) 4.2.50 headphones amplifier circuit (12AU7 6DJ8 the application) 4.2.51 headphone amplifier circuit (5687 applications) 4.2.52 gain based transistor headphone buffer (6BX7 application) 4.2.53 amplifier circuit (EL156. 6N8 application) 4.2.54 Class A 30W amplifier circuit (6N11 the 6N6. FU-7 applications) 4.2.55 A class of single-ended amplifier circuit (12R-LL3. 845.6 CA7EL34 application) 4.2.56 Class A push-pull amplifier circuit (6L6GC application) 4.2.57 single-ended OTL push-pull amplifier circuit (12AX7. 12AU7. 6AS7-G of the application) 4.2.58 single-ended amplifier circuit (12AT7. 6P1 application) 4.2.59 single-ended amplifier circuit (5Z3P. 6N8P. FU-7 of the application) 4.2.60 single-ended amplifier circuit (6N2. 6P3P application) 4.2.61 single-ended amplifier circuit (6N2T. FU-50J of the application) 4.2.62 single-ended amplifier circuit (1012. 300B of the application) 4.2.63 single-ended amplifier circuit (67. 300B Application 1) 4.2.64 single-ended amplifier circuit (68. 300B application 2) 4.2.65 single-ended class A amplifier circuit (6N8P. FU50J application) 4.2.66 single-ended class A amplifier circuit (6N3. 6P3P6L6 the application) 4.2.67 Group A single-ended amplifier circuit (6SN7GT. 845 applications) 4.2.68 Group A single-ended amplifier circuit (6SN7GT. 300B. 845 applications 1) 4.2.69 Group A single-ended amplifier circuit (6SN7GT. 300B. 845 Application) 4.2.70 Group A single-tube amplifier circuit (6J1. 6P1. 6Z19. 6P14. 6P6P the application) 4.2.71 A push-pull amplifier circuit (6F2. FU-32 applications) 4.2.72 Composite CPI amplifier circuit (6J1. 6V6 application) 4.2.73 dual channel amplifier circuit (6EM7. 6V6GT. 6G-K17's application) 4.2.74 dual channel amplifier circuit (6N2. 6P1 application 1) 4.2.75 push-pull hybrid mode 4.2.78 push-pull amplifier circuit of the output circuit (EL34 application) 4.2.76 push-pull amplifier circuit (5Z3P. 5670.6 N1. 6P3P the application) 4.2.77 push-pull amplifier circuit (6DJ8. 6SN7H. FU-7 of the application) (ECC82. EL34. 6FQ7A application) 4.2.79 linear standard power amplifier (12AX7. 6AU6. 6L6 application) 4.2.80 linear standard amplifier circuit (12AU7. 5881 application) 4.2.81 ultra-linear power amplifier ( the 6SL7. 6N9P. 6L6 applications) 4.2.82 cathode coupled OTL amplifier circuit (56926SN7. 6AS7G application) 4.2.83 cathode coupled amplifier circuit (12AU7. 12AX7. 9002.6 C4. 6AR6807KT66. 5U of application) 4.2.84 cathode output amplifier circuit (6SN7. 6V6 application) 4.2.85 1.4 W power amplifier circuit (6N2 6N6 application 1) 4.2.86 10 W tubes amplifying circuit (6J1. 5N1 6N8P. FU-7 6Z4. 5Z4P of applications) amplifier circuit (ECC82. ECL86 application) 4.2.88. 4.2.87 10W 10W amplifier circuit (6SJ7GT. 300B application) 4.2.89 10W amplifier circuit (6SN7. RCA50 application) 4.2.90 10W Power Amplifier (E88CC. EL84. GZ34 application) 4.2.91 100W power amplifier (6N3 application) 4.2.92 12W power amplifier circuit (6N4. KT88 application) 4.2.93 12W push-pull amplifier circuit (6SN7. 2A3 applications) 4.2.94 13.5 W single-ended amplifier circuit (6SN7. KT88. 5AR4 application) 4.2.95 4.2.97 16W CPI single 14W single-ended Class A amplifier circuit (E83F. 12BA4. 1625 the application) 4.2.96 15W push-pull amplifier circuit (EL84 application) end of the power amplifier (12AU7. 6SN7GT. 211 applications) 4.2.98 16W CPI hybrid amplifier circuit (6SL7. 6SN7 application) 4.2.99 18W the CPI amplifier circuit (6N3. 6P1 application) 4.2.100 2 to 5W power amplifier circuit (6N2. 6P14 application) 4.2.101 2W power amplifier (35C5. 12AX7. 35W4 application) 4.2.102 2W power amplifier (6N1. 6N6 application) 4.2.103 23W Group A single-ended power amplifier (12AX7. 12BH7 application of UV211A) 4.2.104 25W power amplifier circuit (ECC83. ECC82. EL34 application) 4.2.105 25W power amplifier circuit (EF86. EL34. 805A. 5AR4 the application) 4.2.106 25W push-pull amplifier circuit (6L6G. 6SN7 application) 4.2.107 30W OTL amplifier circuit (6J2. 6SN7. 6KD6 application) 4.2.108 30W single-ended Class A power amplifier circuit (6SJ7WGT. 6V6GT. GM-70. 5AR4 the application) 4.2.109 30W single-ended amplifier circuit ( the 6N9P. FU-29 applications) 4.2.110 30W tube amplifier circuit (5Z3P. 6J8P. 6N9P. FU-7 of the application) 4.2.111 30W amplifier circuit (6J5. 2A3. 6SN7 version of the 5U4G the application) 4.2.112 35W amplifier circuit (6F2. 6P3P application) 4.2.113 39W amplifier circuit the (76.6 F6G application) 4.2.114 3W amplifier circuit (12AT7. 6550A application) 4.2.115 4W single-ended amplifier circuit (6SN7. 5AR4. 6V6G application ) ...... Satisfaction guaranteed,or money back., Springer. Hardcover. 1402004672 2002 Kluwer Academic Publishers. Book #271 in the Astrophysics and Space Science Library. This hardcover copy is in excellent condition. The text is unmarked/unread and the binding is sturdy. "Aimed at senior undergraduate and first-year graduate students in departments of physics and astronomy, this textbook gives a systematic treatment of atomic and molecular structure and spectra, together with the effect of weak and strong external electromagnetic fields. Topics chosen are those of interest in astronomy, and indeed many were inspired by specific astronomical contexts. Examples include the negative ion of hydrogen and the effects of strong magnetic fields such as those occurring on certain white dwarfs and neutron stars. Adiabatic and non-adiabatic handling of electron correlations and application to processes such as dielectronic recombination are included." 100% customer satisfaction guaranteed. We process and ship orders daily, securely and with delivery confirmation. . Fine. 2002-02-28. 2002., Springer, 2002-02-28

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Astronomy-Inspired Atomic and Molecular Physics - A. R. Rau
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Astronomy-Inspired Atomic and Molecular Physics - neues Buch

ISBN: 9781402004674

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Aimed at senior undergraduate and first-year graduate students in departments of physics and astronomy, this textbook gives a systematic treatment of atomic and molecular structure and spectra, together with the effect of weak and strong external electromagnetic fields. Topics chosen are those of interest in astronomy, and indeed many were inspired by specific astronomical contexts. Examples include the negative ion of hydrogen and the effects of strong magnetic fields such as those occurring on certain white dwarfs and neutron stars. Adiabatic and non-adiabatic handling of electron correlations and application to processes such as dielectronic recombination are included. Astronomical examples are provided throughout, as well as end-of-the-chapter problems and exercises. Over seventy illustrative diagrams complete this unique and comprehensive volume. Astronomy-Inspired Atomic and Molecular Physics Buch (fremdspr.) Bücher>Fremdsprachige Bücher>Englische Bücher, Springer

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Astronomy-Inspired Atomic and Molecular Physics - neues Buch

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[ED: Buch], [PU: Springer], Neuware - Aimed at senior undergraduate and first-year graduate students in departments of physics and astronomy, this textbook gives a systematic treatment of atomic and molecular structure and spectra, together with the effect of weak and strong external electromagnetic fields. Topics chosen are those of interest in astronomy, and indeed many were inspired by specific astronomical contexts. Examples include the negative ion of hydrogen and the effects of strong magnetic fields such as those occurring on certain white dwarfs and neutron stars. Adiabatic and non-adiabatic handling of electron correlations and application to processes such as dielectronic recombination are included. Astronomical examples are provided throughout, as well as end-of-the-chapter problems and exercises. Over seventy illustrative diagrams complete this unique and comprehensive volume., [SC: 0.00], Neuware, gewerbliches Angebot, 235x155x20 mm, [GW: 555g]

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Astronomy-Inspired Atomic and Molecular Physics - A.R. Rau
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ISBN: 9781402004674

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Physics; Quantum Physics; Atomic/Molecular Structure and Spectra; Atomic, Molecular, Optical and Plasma Physics; Astronomy, Observations and Techniques astronomy, diatomic molecule, molecular physics, molecule, spectra, stars Books Book, Springer Science+Business Media

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2002, ISBN: 9781402004674

ID: 698488852

Astrophysics and Space Science Library. 2002. Auflage Astrophysics and Space Science Library. 2002. Auflage Bücher > Wissenschaft > Physik, [PU: Springer]

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Astronomy-Inspired Atomic and Molecular Physics:

Aimed at senior undergraduate and first-year graduate students in departments of physics and astronomy, this textbook gives a systematic treatment of atomic and molecular structure and spectra, together with the effect of weak and strong external electromagnetic fields. Topics chosen are those of interest in astronomy, and indeed many were inspired by specific astronomical contexts. Examples include the negative ion of hydrogen and the effects of strong magnetic fields such as those occurring on certain white dwarfs and neutron stars. Adiabatic and non-adiabatic handling of electron correlations and application to processes such as dielectronic recombination are included. Astronomical examples are provided throughout, as well as end-of-the-chapter problems and exercises. Over seventy illustrative diagrams complete this unique and comprehensive volume.

Detailangaben zum Buch - Astronomy-Inspired Atomic and Molecular Physics:


EAN (ISBN-13): 9781402004674
ISBN (ISBN-10): 1402004672
Gebundene Ausgabe
Taschenbuch
Erscheinungsjahr: 2002
Herausgeber: Springer-Verlag GmbH
260 Seiten
Gewicht: 0,555 kg
Sprache: eng/Englisch

Buch in der Datenbank seit 17.05.2007 15:56:30
Buch zuletzt gefunden am 16.09.2017 14:17:59
ISBN/EAN: 1402004672

ISBN - alternative Schreibweisen:
1-4020-0467-2, 978-1-4020-0467-4


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