Note: Front Cover -- Radioactive Investigations of Oil and Gas Wells: A Textbook -- Copyright Page -- Table of Contents -- Translation Editor's Note -- Introduction -- CHAPTER I. PHYSICAL PRINCIPLES OF THE RADIOMETRY OF WELLS -- 1. Radioactivity and the Law of Radioactive Disintegration -- 2. Radioactive Radiations and their Properties -- 4. Artificial Transformation of Elements and Nuclear Reactions -- 5. Neutron Sources -- 6. Interaction of Particles with Matter -- REFERENCES -- CHAPTER II. RADIOACTIVE PROPERTIES OF ROCKS -- 7. Natural Radioactivity -- 8. Neutron Properties of Rocks -- 9. Induced Radioactivity of Rocks -- REFERENCES -- CHAPTER III. METHODS OF WELL RADIOMETRY -- 10. General Information and Classification of Methods of Well Radiometry -- 11. Method of Natural Radioactivity of Rocks -- 12. Method of Tracer Atoms (Isotope Method) -- 13. Method of Scattered γ-Radiation -- 14. Neutron-Neutron-method (Neutron Density Method) -- 15. Neutron-γ-Method -- 16. Method of Induced Activity -- 17. Spectrometry of γ-Radiation in Wells -- REFERENCES -- CHAPTER IV. RADIOMETRIC APPARATUS -- 18. General Information and Requirements for Radiometrie Apparatus -- 19. Detectors of γ-Radiation -- 20. First Radiometrie Well Instrument -- 21. Single-channel Apparatus MNI for Operation on Three-core Cable -- 22. Two-channel Apparatus of 1955 Model on Single-core Cable (TypeNGGK-55) -- 23. Auxiliary Apparatus and Equipment for Radiometrie Investigations -- 24. Testing the Apparatus for Absence of Mutual Interference between the Channels and for their Linear Characteristics -- 25. Measurement Techniques in Wells -- 26. Choice of Régime of Measurement -- 27. Control of Quality of Readings -- 28. New Models of Radiometrie Apparatus -- REFERENCES -- CHAPTER V. PRINCIPLES OF THE THEORY OF THEγ-METHOD OF WELL LOGGING. , CHAPTER VI. INTERPRETATION OF RESULTS OFMEASUREMENTS BY THE NATURAL RADIOACTIVITY METHOD -- 29. Calculation of Fluctuation Distortions -- 30. Distortions of Diagrams of the γ-Method in Connection with the Régime of the Execution of the Measurements and with the Function of the Apparatus -- 31. Reduction of the Readings of the γ-Method to Uniform Well Conditions -- 32. Drawing of Boundaries and Determination of Thickness of Strata from Curves of Intensity of Natural γ-Radiation -- 33. Evaluation of the Relative γ-Radiation Intensity -- 34. Quantitative Evaluation of the Radioactivity of Rocks -- 35. Correlation of Well Sections by the Intensity Curves of Natural γ-Radiation -- 36. Lithological Identification of Well Logs -- 37. Use of γ-Method Data for Study of Reservoir Properties of Rocks -- REFERENCES -- CHAPTER VII. INTERPRETATION OF DIAGRAMS OF THE SCATTERED γ-RADIATION METHOD -- 38. Principles of Theory of Scattered γ-Radiation Method -- 39. Elimination of the Influence of Variations in the Density of Drilling Fluid -- 40. Evaluation of Rock Density -- 41. Evaluation of Rock Porosity -- 42. Precise Definition of the Lithological Characteristic of Well Logs -- 43. Investigation in Depth of the Scattered γ-Radiation Method and Influenceof Collars -- 44. Determination of the Height of Rise of the Cement -- REFERENCES -- CHAPTER VIII. PRINCIPLES OF THEORY OF NEUTRON INDUCED NEUTRON AND NEUTRON-INDUCED γ-METHODS OF WELL LOGGING -- 45. Distribution of Neutrons emitted by a Point Source of Thermal Neutrons in an Infinite Homogeneous Medium -- 46. Distribution of Thermal Neutrons in Rocks of Different Hydrogen Content in the Case of a Fast Neutron Source -- 47. Distribution of Neutron-induced γ-Radiation in a Homogeneous Medium -- 48. Distribution of Neutrons in Media with Different Neutron Properties -- REFERENCES. , CHAPTER IX. INTERPRETATION OF DIAGRAMS OF NEUTRON-INDUCED NEUTRON-METHODS AND NEUTRON-INDUCED γ-METHODS -- 49. Evaluation of the Influence of the Diameter, the Nature of the Filling and the Lining of Wells -- 50. Determination of Correction with Allowance for the Length of the Detector -- 51. Lithological Identification of Rocks and Correlation of Well Logs based on Data of Neutron Logging Methods -- 52. Technique of Determination of Porosity -- REFERENCES -- CHAPTER X. USE OF NEUTRON METHODS FOR SUBDIVISION OF RESERVOIR ROCKS ACCORDING TO OIL-WATER SATURATION -- 53. Physical Principles of Identification of Oil-bearing and Water-bearing Strata by Neutron Methods -- 54. Analytical Evaluation of the Difference in Intensity of Neutron-induced γ-Radiation in Water- and Oil-bearing Strata -- 55. Technique of Measurements -- 56. Interpretation of the Material from Measurements -- 57. Identification of Reservoir Rocks according to Oil-Water Saturation by Spectrometry Methods -- 58. Identification of Reservoir Rocks according to Oil-Water Saturation by the Neutron-Neutron-method -- REFERENCES -- CHAPTER XI. WORKING TECHNIQUE AND INTERPRETATION OF DIAGRAMS OF THE TRACER METHOD -- 59. Selection of the Radioactive Isotope and Technology of Preparation of Activated Fluid -- 60. Some General Instructions on Well Logging by the Tracer Method -- 61. Determination of Absorbing Strata and of Communication between the Strata Outside the Tubing in Production Wells and Pressurized Wells -- 62. Determination of Places of Damage in the String and of the Zones of Drilling-Mud Circulation Loss when Drilling a Well -- 63. Determination of Height of Rise of Cement behind the Casing and of the Thickness of the Cement Ring -- 64. Check of Hydraulic Burst in Strata -- 65. Precise Determination of Depth when Perforating Casings -- REFERENCES. , CHAPTER XII. APPLICATION OF RADIOACTIVE METHODS INSEARCHING AND PROSPECTING FOR OTHER USEFUL MINERALS -- AUTHOR INDEX -- SUBJECT INDEX.

Note: Front Cover -- Doping -- Copyright Page -- Table of Contents -- FOREWORD -- INTERNATIONAL COMMITTEE -- OPENING LECTURE -- OPENING LECTURE -- PART 1 -- Chapter 1. General and Pharmacological Aspects of Doping -- INTRODUCTION -- DEFINITION -- OBJECTIONS AGAINST DOPING -- THE OBJECT OF DOPING -- CLASSIFICATION OF DOPE -- DOPING IN PRACTICE -- DOPING ALLOWED? -- CONCLUSION -- REFERENCES -- Chapter 2. Organisation et resultats du contröle antidoping -- ÈPIDÈMIOLOGIE DU DOPING -- METHODES ANALYTIQUES DE CONTROLE -- ORGANISATION DE LA CAMPAGNE ANTIDOPING EN ITALIE AU COURS DES ANNEES 1962, 1963, ET 1964 -- CONCLUSIONS -- BIBLIOGRAPHIE -- Chapter 3. Doping and Horse Races -- REFERENCES -- Chapter 4. Comparative Study on Detection and Dosage of Doping Agents -- PART I. QUALITATIVE DETECTION OF DOPING AGENTS -- PART II. QUANTITATIVE ESTIMATION OF DOPING AGENTS -- SUMMARY -- REFERENCES -- DISCUSSION -- PART 2 -- Chapter 5. Aspects psychologiques du doping -- RESUME -- BIBLIOGRAPHIE -- Chapter 6. Ètude comparative de quelques agents du doping -- CONDITIONS AMBIANTES -- CHOIX DES SUJETS -- ROUTINE EXPERIMÉNTALE -- DONNEES EXPÉRIMÉNTALES -- VALIDITE DE L' EXPÉRIMENTATION -- CONCLUSIONS -- BIBLIOGRAPHIE -- PART 3 -- Chapter 7. Considerations on Research on Doping and on the Results of this Research -- REFERENCES -- Chapter 8. Der Einfluss Einiger Faktoren auf die Muskuläre Leistungsfähigkeit -- Chapter 9. Drugs and Athletic Performance -- PART I -- PART II -- PART III -- PART IV -- PART V -- PART VI -- REFERENCES -- ACKNOWLEDGMENTS -- DISCUSSION -- PART 4 -- Chapter 11. Doping et preparation des athletes -- LE DOPING -- PROBLÉME DES MINEURS -- PROBLÉMES PROPRES AUX MAJEURS -- DOPING ET PRÉPARATION DES ATHLETES -- PROBLÉME DES EXTRA-MÉDICAUX -- PROBLÉME DU DOPING VU PAR DES MEDECINS -- PROBLÉME SCIENTIFIQUE. , Chapter 12. Étude critique de la repression du doping -- Chapter 13. Aspects ethiques et juridiques du doping -- ASPECT ETHIQUE -- ASPECT JURIDIQUE -- CONCLUSIONS -- DISCUSSION -- INDEX.

Note: Front Cover -- European Miniature Electronic Components and Assemblies Data 1965-66: Including Six-language Glossaries of Electronic Component and Microelectronics Terms Part II -- Copyright Page -- Table of Contents -- Pictorial Glossary of European Electronic Components -- Glossary of Terms in Current Use in Microelectronics -- Useful Abstracts of World Publications on Electronic Components -- General -- Capacitors -- Crystals -- Delay Lines -- Dielectrics -- Electrets -- Filters -- Fuses -- Inductors -- Instruments -- Loudspeakers -- Magnetic Materials and Devices -- Materials -- Microphones -- Microwave Components -- Motors -- Plugs and Sockets, Connectors, Connections -- Potentiometers -- Power Sources -- Production Techniques -- Relays -- Resistors (fixed) -- Switches -- Transformers -- Wires and Cables -- Miscellaneous Components -- Multiple and Submultiple Prefixes -- Conversion Table for Standard Prefixes -- Defined Values and Physical Constants -- Temperature Conversion Table -- Fixed Resistor Colour Code -- Power Loading of Fixed Resistors -- Resistance for Wires of Various Resistance Alloys -- Wire Gauges -- Resistivities of Resistance Materials -- Fixed-Capacitor Selection Charts -- Time-Delay Relays -- Torque Conversion Chart -- FRENCH COMPONENTS -- PREFACE -- TABLEAU DE CORRESPONDANCE ENTRE LES UNITES DU SYSTEME METRIQUE ET LES UNITES ANQLO-SAXONNES EN "INCHES -- TABLEAU DE CORRESPONDANCE ENTRE LES DEGRES CENTIGRADES ET LES DEGRES FAHRENHEIT -- ADRESSES PES FABRIC ANTS FRANCAIS -- TABLE DES MATIERES DES COMPOSANTS ELECTRONIQUES -- Table des matieres des -- PART I: FRENCH MINIATURE COMPONENTS AND MICROMINIATURE ASSEMBLIES -- CHAPTER 1. APPAREILS DE MESURE -- Modèles : CADMIUM-NICKEL-AGLO -- CHAPTER 2. BATTERIES -- Modèles : Cylindriaues "VR"-VOLTABLOC -- Modèles MALLORY -- Modèles : MAZDA - CIPEL. , Modèle : POTS FERMES REGLABLES "14/8" - COPRIM -- CHAPTER 3. BOBIMGES -- Modèles : FERNILITES L.T.T.(au nickel) -- Modèles : FERMLITE-L.T.T. (suite) -- Modèles : POTS FERMES REGLABLES - COFELEC -- Modèles : POTS FERMES REGLABLES-COFELEC (Suite) -- Modèles : INDUCTEURS H.F. - SECRE -- Modèles : ISOFER - OREGA -- Modèles : ISOFER - OREGA (Suite) -- Modèles : Demultiplioateurs et Frein ULTRAPOT -- CHAPTER 4. BOUTONS -- Modèles : F II2 TRANSCO -- Modèles : Demultiplicateur 88.150. TRANSCO -- Modèles : FILOTEX -- CHAPTER 5. FILS et CABLES -- Modèles : RADIOTECHNIQUE -- CHAPTER 6. CELLULES -- Modèles : Séries C 004 AA-BA-CA-COPRIM -- CHAPTER 7. COEDMSATEURS AJUSTABLES -- Modèles : L.C.C. (G.P.) -- Modèles : L.C.C. (Professionnels) -- Modèles : TUBULAIRES MINIATURES -- CHAPTER 8. CONDENSATEURS FIXES -- Modèles : TUBULAIRES MINIATURES Séries CR et CK : LCC -- Modèles : TUBULAIRES MINIATURES -- Modèles : BOUTONS, série C.F, L.C,C -- Modèles : Disques GFO, Série SUPERK-L.G.C. -- Modèles : Plaquette Série DLZ 800-L.C.C. -- Modèles : Plaquette MINIATURE Serie CL -- LCC -- Modèles : Plaquettes Série MICROMINIATURE D.L. - L.C.C. -- Modèles : Plaquettes Série DQX - L.C.C. -- Modeles : Plaquettes Série G.S. - L.C.C. -- Modèles Lilliput CA 20 - PI -- Modèles -- "Lilliput C" - P I -- Modèles : "Performance 62" - PI -- Modèles LCC STEAFIX Série CA -- Modèles LCC STEAFIX -- Modèles LCC Miniatures enrobèes -- Modèles : BOUTONS PI -- Modèles : BOUTONS LCC-STEAFIX -- Modèles : SICAP R. - S.I.C, -- Modèles : ECONOBMES CP 17-18 - (ECO) -- Modèles : S.I.P.M. - COGECO -- Modèles : GAPASTOR PM - G.A.P.A. -- Modèles : M M D et M M 50 FRANKEL (Mylar metallies) -- Modèle : F M S FRANKEL (Polycarbonate metallise) -- Modèles : CAPA-FILTKE - Type CI - 17 (CAPA) (Polystyrène) -- Modèle : CAPA-FILTRE Type CPS 1 (CAPA) (Polystyrène) -- Modèles : POLYCARBONATE métallisée STEAFIX. , Modèles : LCC-STEAFIX (au MYLAR métallisé) -- Modèles : LOO-STEAFIX-MIAL (Polystyrène) Type 61 -- Modèles : LCC-STEAFIX-MIAL (Polystyrène) : Types 611 -- Modèles : MINISIC - S.I.C. -- Modèles : PROMISIC CI - S.I.C. -- Modèles : MINIATURES MCI et M - MINIACEF -- Modèles : MINIATURES (Haute Capacité) : COGECO. Types 426 AM -- Modèles : MINIATURES (Haute Température) : COGECO. Types 425 AL -- Modèles : AIR-TROHIC Type MINITAN -- Modèles : AIRTRONIC Type "POINT ROUGE -- Modèles : AIR-TRONIC Type MICROMODULE (Tantale Sec) -- Modèles : LCC-STEAFIX -- Modèles : SOVIREL-CORNING. C.Y.F.M. -- Modèles miniatures -- Modèles à connexions ruban, de 0,1 à 10 pf. -- Modèles : série 16,000 - ARENA -- CHAPTER 9. CONDENSATEURS VARIABLES -- Modèles : Série 2000 - ARENA -- Modèles : Série 11.000 à Diélectrique Solide - ARENA -- Modèles : SUBMINIATURES M2 - SOURIAU -- CHAPTER 10. CONNECTEURS -- Modèle : 8601 - SOURIAU (pour circuits imprimés) -- Modèles : EXTENSIBLBS - DANQUIGNY -- Modèles : MINIATURES série 67 - SOCAPEX -- Modèles : MINIATURES séries 64 et 254 - SOCAPEX -- Modèles : Subminiatures MH - BERNIER -- Modèles : Hermétiques 140-34 - SOURIAU -- Modèles -- Série 62 - SOCAPEX -- Modèles MINIATURES : B7 - BAC -- Modèles : MINIATURES B7 - BAC (suite) -- Modèles : BR2-RADIALL -- Modèles BR2-CEMEL -- Modèle : Série 65 - SOCAPBX -- Modèles : Série MINIATURE P7 - PEKENA -- Modèles : Subminiatures SUBCLIC-RADIALL -- Modèles -- Subminiature SUBVIS-RADIALL -- Modèles : série BMC - BERNIER -- Modèles : Fiches 2 à 4 contacte SOCAPEX -- Modèles : OZ - SECME -- Modèles : Ensemble NINI-OZ 2 mm - SECME -- Modèles : LILLIPUT - RADIALL 2 mm -- Modèles série DJET - SECME -- Modèles à poussoir -- Modèles DEMOLY-BURGESS "MICROSWITCHETTE -- Modèles "MICROCONTACT" - NORMACEM -- Modèles MINIATURES : CROUZET -- Modèles : Rotatif MINIATURE M - SOCAFEX. , Modèles : SUBMINI S 12 et A 12 - CHAMBAUT -- Modèles : SUBMINI S 10 et A 10 - CHAMBAUT -- Modèles : KR 15 - RADIO-ELECTRO-SELECTION -- Modèle : K R 30 RADIO-ELECTRO SELECTION -- Modèles -- RECTILIGNE 05 - OREGA -- Modèles : ECOUTEURS S.I.A.C. -- CHAPTER 11. ECOUTEURS -- Modèles : D7/MT - L.E.M. -- Modèles : SOCAPEX -- Modèles CEHESS -- CHAPTER 12. FUSIBLES -- Modèles : AUDAX -- Modèles : PRINCEPS Série 6, 6 -- CHAPTER 13. HAUT-PARLEURS -- Modèles : "POCKET"-VEGA -- Modèles : TRAHSCO -- CHAPTER 14. ISOLATEURS -- Modèles : C.O.P.R.I.M. -- Modèles : PASTILLES SOVIREL -- Modèles DOLOY -- Modèles : DOLOY (suite) -- Modèles : PERLES de VERRE - CICE -- Modèles : TRAVERSEES HERMETIQUES MULTIBROCHES - CICE (Verre Fritté) -- Modèles : EMBASES pour TRANSISTORS - CICE (suite) -- Modèles : CERAMIQUES METALLISEES SOUDABLES - CICE -- Modèles : TRAVERSEES SOUDABLES - CICE (suite) -- Modèles : BORNES ANTICORONA - CICE -- Modèles : D O 35 -L.E.M. -- CHAPTER 15. MICROPHONES -- Modèle : THF 88-MELODIUM -- Modèle : K 772 SOCAPEX. -- Modèle : MICROTOR B.L. -- Modèle : SYNCHRONE FERRITE 390-CROUZET -- Modèle : SYNCHRONE FERRITE 390-CROUZET -- Modèles : SYNCHRONE et ASYNCHRONE 700-CROUZET -- Modèles : Taille 08 C.S.F. -- Modèles : Taille 08 C.S.F. -- Modèles : Taille 08 PRECILEC -- Modèles : Taille 08 PRECILEC -- Modèles : Type E. 088 - COPRIM -- Modèles : Miniatures à PISTE MOULEE - OHMIC -- CHAPTER 16. POTENTIOMETRES -- Modèles : Etanches SFERNICE -- Modèles : TYPE 200 LEGPA -- Modèles : Miniature étanche BOBI 12 B (M.C.B.-ALTER) -- Modèles : Hélicoïdal HELI 22 (M.C.B.-ALTER) -- Modèles : GYROHM-WIRELESS -- Modèles hélicoïdaux SPIROHM-WIRELESS -- Modèles : WESTINGHOUSE -- CHAPTER 17. REDRESSEURS -- Modèles : A CLIP TYPE U - WESTINGHOUSE -- Modèles HURAUX -- Modèles SORAL (Résumé) -- Modèles : UGON -- CHAPTER 18. RELAIS -- Modèles : UGON (Suite). , Modèles : MICROMINIATURES SO-SP-SR - A.M.E.C. -- Modèles : ULTAMINIATIURES TYPE U-C.S.F. -- Modèles : A C R M -- Modèles S.T.P.I. -- Modèles linéaires : VARIOHM -- Modèles : REGLOHM-WIRELESS -- CHAPTER 19. RESISTANCES AJUSTABLES -- Modèles : Série J et X - MATERA -- Modèles : Haute Stabilitè MHS et RHS. SFERNICE -- CHAPTER 20. RESISTANCES FIXES -- Modèles : SUBMINIATURES TRANSCO -- Modèles -- SUBMINIATURES EURISTA -- Modèles : SUBMINIATURES EURISTA (suite) -- Modèle : Isolé enrobé -- Modèle : Isolé moulé -- Modèle : Non isolé -- Modèles : RESISTANCES MINIATURES P.T.T. RADIAC -- Modèles : MINIATURES 007 - SOVIREL -- Modèles : R M N EURISTA -- Modèles : MINIATURES EURISTA (suite) -- Modèles : R.C.M. SFERNICE -- Modèles : THERMISTANCES CICE -- CHAPTER 21. RESISTANCES NON LINEAIRES -- Modèles : THERMISTANCES CICE (suite) -- Modèles : C.T.N. - COPRIM -- Modèles : C.T.P. - COPRIM -- Modèles : V.D.R. - COPRIM -- Modèles : FERROXCUBE-COPRIM -- CHAPTER 22. TORES à MEMOIRE -- Modèles COFELEC -- Modèles : Type 19x11. LEM-PMF -- CHAPTER 23. TRANSFORMATEURS -- Modèles : Type 25-20 - LEM -- Modèles : MINIATURES S.I.A.C. -- Modèles : MINIATURES - S.E.C.R.E. -- Modèles : Professionnels C.S.F. -- Modèles : INDUCTIFS LINEAIRES C.S.F. Taille 08 -- Modèles : F I 1712 - 2612 - QREGA -- Modèles CAPRESTANCES EURISTA-L.C.C. -- CHAPTER 24. CIRCUITS MICROMINIATURES -- MODELES STANDARDISES -- Modèles : MINIMODULES L.C.C. -- Modèles : MINIMODULES L.C.C. (suite) -- Modèles -- CIRCUITS INTEGRES : C.S.F. - COSEM -- Modèles : CIRCUITS INTEGRES : C.S.F. - COSEM (suite) -- Modèles : MICROMODULES pour CALCULATEURS - SESCO -- Modèles : CIRCUITS EVAPORES C.O.P.R.I.M. -- Modèles : Produits C.S.F. -- Modèles : Produits C.S.F. (suite des généralités) -- Modèles C.S.F. (suite) -- Modèles : Produits C.S.F. (Tantale pulvérisé) (suité) -- Modèles : PRODUITS C.S.F. (suite). , PART II: NETHERLANDS COMPONENTS.

Note: Front Cover -- Technology -- Copyright Page -- Table of Contents -- PREFACE -- PART 1 -- CHAPTER 1. CERAMICS AND CERAMIC-TO-METAL SEALING -- 1. INTRODUCTION -- 2. THE PROPERTIES OF CERAMICS -- 3. CERAMIC-TO-METAL SEALING -- 4. BOND MECHANISMS -- 5. VOLTAGE BREAKDOWN -- REFERENCES -- PART 2 -- CHAPTER 2. SOLDERING AND BRAZING -- 1. INTRODUCTION -- 2. PHYSICAL PRINCIPLES -- 3. SOLDERS -- 4. BRAZING -- REFERENCES -- PART 3 -- CHAPTER 3. HIGH FREQUENCY HEATING -- 1. THEORY -- 2. GENERATION OF HIGH FREQUENCY POWER -- 3. SOME APPLICATIONS OF HIGH FREQUENCY HEATING -- REFERENCES.

Note: Front Cover -- Flight test Instrumentation -- Copyright Page -- Table of Contents -- CHAPTER 1. DIFFERENTIAL PRESSURE MEASUREMENTS IN SENSING SIDESLIP AND ANGLE OF ATTACK -- Summary -- Nomenclature -- 1. Introduction -- 2. Angle of Attack/Angle of Sideslip Sensor -- 3. Pressure Transducers -- 4. Electronic Circuits -- 5. Complete Angle of Attack Systems -- 6. Conclusions -- 7. Acknowledgements -- 8. References -- CHAPTER 2. THE EFFECTS OF INSTRUMENTATION ERRORS ON STABILITY DERIVATIVE MEASUREMENTS -- Summary -- Introduction-The Need for Stability Derivative Measurements -- Instruments Used and Types of Error -- Sideslip and Incidence -- Control Angles -- Recommendations -- Conclusions -- References -- CHAPTER 3. APPLICATION OF THE VECTOR PLOTTING TECHNIQUE TO FLIGHT FLUTTER TESTING OF THE HAWKER SIDDELEY TRIDENT -- Introduction -- Techniques -- Excitation Equipment -- Instrumentation -- Telemetry -- Ground Station -- Flying Program -- Results -- Analysis -- Conclusion -- Acknowledgements -- CHAPTER 4. PREDETECTION RECORDING IN THE MEGACYCLE RANGE -- Development of Telemetry Recording -- Predetection Recording -- Dynamic Range -- Phase Linearity -- Time Base Stability -- Operational Predetection Recording -- References -- CHAPTER 5. OSCILLOGRAPHIC RECORDING OR MAGNETIC TAPE RECORDING FOR AIRBORNE DATA ACQUISITION -- The main characteristics of practical interest for the evaluation of recording equipment for use under flight test are -- Results -- CHAPTER 6. HIGH-ACCURACY INSTRUMENTATION TECHNIQUES FOR NON-STEADY FLIGHT MEASUREMENTS -- Introduction -- The Data-Logging Part of the System -- Description of some of the transducers -- Concluding Remarks -- CHAPTER 7. STRAIN GAUGING FOR TRANSIENT HEATING CASES -- Introduction -- Basic System Requirements -- New Strain Gauge Design -- Conclusion. , CHAPTER 8. SOME PROBLEMS AND USES OF FUEL FLOW MEASUREMENT IN SUPERSONIC AIRCRAFT -- Nature of the Requirement to Measure Fuel Flow -- Description of the T J62 Transmitter -- Presentation of the Required Data in the Aircraft -- Indirect Uses of Fuel Flow Measurement -- Conclusions -- Reference -- CHAPTER 9. AERODYNAMIC REQUIREMENTS FOR THRUST MEASUREMENT IN SUPERSONIC AIRCRAFT -- Summary -- Nomenclature -- 1.0. Introduction -- 2.0. General -- 3.0. The Assessment of Aircraft Overall Thrust Minus Drag -- 4.0. Current Methods of Engine Thrust Measurement -- 5.0. Supersonic Powerplants -- 6.0. Supersonic Propulsion Nozzles -- 7.0. Thrust Evaluation from Internal Measurements -- 8.0. Nozzle Calibration Requirements -- 9.0. Conclusions -- References -- Appendix -- CHAPTER 10. SATURN INSTRUMENTATION SYSTEMS -- Measuring and Telemetry -- Radio Frequency Systems -- Tracking Systems -- Command Systems -- Optical Instrumentation -- Operational Vehicles -- Conclusion -- Suggestion -- Acknowledgements -- CHAPTER 11. DATA CONDITIONING FOR THE UK3 SCIENTIFIC SATELLITE -- Introduction -- Factors Controlling Design -- The U.K.3 Data System -- Circuit Design -- Data Recording -- Clock -- Future Work -- CHPATER 12. FREE-FLIGHT MODEL TECHNIQUES FOR AERODYNAMIC RESEARCH AT SUPERSONIC AND HYPERSONIC SPEEDS -- Introduction -- Range Instrumentation -- Model Instrumentation -- Experiments in Fluid Dynamics -- Performance Measurements -- Flight Mechanics -- Conclusions -- References -- CHPATER 13. BIOINSTRUMENTATION DEVELOPMENT AT THE AIR FORCE FLIGHT TEST CENTER, EDWARDS AIR FORCE BASE, CALIFORNIA 1960-1963 -- Introduction -- X-15 Bioinstrumentation -- System Evaluation -- Blood Pressure and Pulse Wave Velocity -- Miniaturized Instrumentation -- Biomedical Monitoring -- X-20 Bioinstrumentation -- Conclusion -- Acknowledgements -- Bibliography -- General References. , CHAPTER 14. THE X-15 FLIGHT TEST INSTRUMENTATION -- Introduction -- Program Instrumentation Philosophy -- Basic Instrumentation Requirements -- Airborne Instrumentation -- Ground Instrumentation -- Operational Experience -- Follow-on Program -- Concluding Remarks -- INDEX -- REVIEWS OF PREVIOUS VOLUMES.

Note: Front Cover -- Principles of Sensory Evaluation of Food -- Copyright Page -- Table of Contents -- Preface -- Chapter 1. Sensory Evaluation Problems of the Food Industry -- I. Early History -- II. Modern Sensory Problems -- III. The Senses -- IV. Relation of the Senses to Food Habits -- V. Summary -- REFERENCES -- Chapter 2. The Sense of Taste -- I. Anatomy -- II. Classification -- III. Four Tastes -- IV. Taste Qualities -- V. Relative Intensity -- VI. Reaction Time -- VII. Effect of Disease -- VIII. Taste Thresholds -- IX. Effect of Temperature -- X. Effect of Taste Medium -- XI. Taste and Chemical Configuration -- XIII. The Basic Tastes -- XIV. The Special Case of Phenylthiocarbamide ( P T C ) -- XV. Sodium Benzoate -- XVI. The Taste of Monosodium Glutamate (MSG) -- XVII . Interaction of Tastes -- XVIII. Summary -- REFERENCES -- Chapter 3. Olfaction -- I. Importance of Odor -- II. Definition of Odor -- III. History of Odor Research -- IV. Odor Classification -- V. Chemical Specificity -- VI. Anatomy of Olfactory Region -- VII . Neural Mechanisms -- VIII . Olfactory Abnormalities -- IX . Odor Testing Techniques -- X. Thresholds -- XI. Odor Intensities -- XII . Adaptation -- X III .Theories of Olfaction -- XIV. Summary -- REFERENCES -- Chapter 4. Visual, Auditory, Tactile, and Other Senses -- I. Vision -- II. Audition -- III. Oral Perception Other Than Taste -- IV. Other Senses -- V. Summary -- REFERENCES -- Chapter 5. Factors Influencing Sensory Measurements -- I. Attitudinal Factors -- II. Motivation -- III. Psychological Errors in Judgments -- IV. Relation between Stimulus and Perception -- V. Adaptation -- VI. Summary -- REFERENCES -- Chapter 6. Laboratory StudiesiTypes and Principles -- I. Types of Tests -- II. Panel Selection and Testing Environment -- III. Serving Procedures -- IV. Instructions to Judges -- V. Summary -- REFERENCES. , Chapter 7. Laboratory Studies: Difference and DirectionalDifference Tests -- I. Difference Tests -- II. Directional Difference Tests -- III. Analysis of Results -- IV. Classification of Difference Tests -- V. Two-Sample Tests -- VI. Three-Sample Tests -- VII . Multis ample Tests -- VIII. Comparison of Procedures -- IX . Summary -- REFERENCES -- Chapter 8. Laboratory Studies: Qantity-Quality Evaluation -- I. Ranking -- II. Scoring -- III. Hedonic Scaling -- IV. Dilution Procedures -- V. Descriptive Sensory Analysis -- VI. "Contour" Method -- VII . Other Procedures -- VIII. Summary -- REFERENCES -- Chapter 9. Consumer Studies -- I . Factors Influencing Acceptance and Preference -- II. Objectives of Consumer Preference Studies -- III. Information Obtained from Consumer Studies -- IV. Factors Influencing Results from Consumer Surveys -- V. Methods of Approach -- VI. Development of the Questionnaire -- V I I . Types of Questionnaires -- VIII. Serving Procedures -- X. Limitations of the Consumer Survey -- REFERENCES -- Chapter 10. Statistical Procedures -- I. Hypothesis Testing -- I I . Difference Tests -- III. Sequential Analysis -- IV. Differences between Two Means -- V. Analysis of Variance -- VI. Experimental Designs -- VII . Ranking Methods -- VIII . Consumer Preference -- IX. Correlation and Regression -- X. Summary -- REFERENCES -- Chapter 11. Physical and Chemical Tests Related to Sensory Properties of Foods -- I. Color and Appearance -- II. Taste and Flavor -- III. Texture -- IV. General Quality -- V. Summary -- REFERENCES -- Appendix: Tables A to I -- Glossary of Terms -- Author Index -- Subject Index.

Note: Front Cover -- How to Find Out about Physics -- Copyright Page -- Table of Contents -- List of Illustrations -- Preface -- Chapter 1. Careers in Physics -- Guides to Scholarships, Awards, etc. -- Guides to Careers -- Research -- Atomic Energy -- International Bodies -- Questions -- Chapter 2. Books: General, Textbooks, Monographs, Series and Surveys of Progress Dewey 530 Class, etc. -- How to Evaluate and Trace Physics Books -- General Textbooks on Physics [Dewey 530 Class] -- Series of Physics Monographs -- Surveys of Progress in Physics -- Questions -- Chapter 3. Handbooks, Tables, Dictionaries, Encyclopaedias, Biographical and Historical Reference Books Dewey 530.2, 530.3 Classes, etc. -- Handbooks and Tables -- Scientific Dictionaries -- Physics Dictionaries -- General Dictionaries -- Foreign Language Dictionaries -- Encyclopaedias -- Biographical Dictionaries -- Historical Guides -- Questions -- Chapter 4. Documents: Patents, Theses and Dissertations, Reports, etc. Dewey 530.4, 530.8 Classes, etc. -- Patents -- Theses, Dissertations -- Reports -- Other Documents -- Questions -- Chapter 5. Periodicals: General Dewey 530.5 Class, etc. -- Translations of Periodicals -- Questions -- Chapter 6. Abstracts: General Dewey 530.5 Class, etc. -- Questions -- Chapter 7. Societies, Research Organizations and Information Centres Dewey 530.6 Class, etc. -- Societies -- International Organizations -- Governmental Research -- University and Technical College Research -- Industrial Research -- Trade Associations -- Directories -- Information Centres -- Questions -- Chapter 8. Relativity, Quantum Mechanics, Statistical Mechanics, Mathematical Physics, Experimental Design and Instruments Dewey 530.11, 530.12, 530.13, 530.15, 530.78 Classes -- Relativity [Dewey 530.11 Class] -- Quantum Mechanics [Dewey 530.12 Class] -- Statistical Mechanics [Dewey 530.13 Class]. , Mathematical Physics [Dewey 530.15 Class] -- Experimental Design and Instruments [Dewey 530.78 Class] -- Questions -- Chapter 9. Mechanics, Sound Dewey 531/533, 534 Classes -- Mechanics [Dewey 531/533 Classes] -- Friction [Dewey 532 Class] -- Hydraulics, Fluid Mechanics, Hydrodynamics [Dewey 532, 532.1, 532.5 Classes] -- Flow Measurement, Turbulence [Dewey 532.5 Class] -- Vacuum Technique [Dewey 533.13 Class] -- Airfoil Theory, Theory of Gases [Dewey 533.62, 533.7 Classes] -- Sound [Dewey 534 Class] -- Noise [Dewey 534.35 Class] -- Ultrasonics [Dewey 534.5 Class] -- Questions -- Chapter 10. Optics Dewey 535 Class -- Physical Optics [Dewey 535.2 Class] -- Photometry [Dewey 535.22 Class] -- Geometrical Optics [Dewey 535.3 Class] -- Luminescence, Fluorescence and Phosphorescence [Dewey 535.35 Class] -- Colour [Dewey 535.6 Class] -- Spectroscopy [Dewey 535.842 Class] -- Infrared Spectra [Dewey 535.842 Class] -- Questions -- Chapter 11. Heat Dewey 536 Class -- Heat Transfer [Dewey 536.2 Class] -- Thermometry and Pyrometry [Dewey 536.51, 536.52 Classes] -- Low Temperature Physics, Cryogenics [Dewey 536.56 Class] -- Thermodynamics [Dewey 536.7 Class] -- Questions -- Chapter 12. Electricity. Magnetism Dewey 537, 538 Classes -- Electricity [Dewey 537 Class] -- Electromagnetísm [Dewey 537.1 Class] -- Electrical and Electronic Measurements -- Dielectrics [Dewey 537.24 Class] -- Piezoelectricity [Dewey 537.244 Class] -- Electronics and Electronic Physics [Dewey 537.5 Class] -- Electric Discharge and Cathode Ray Tubes [Dewey 537.52, 537.53 Classes] -- Ionization [Dewey 537.532 Class] -- X-Rays [Dewey 537.535 Class (See also X-Ray Diffraction 548.83)] -- Photoconductivity, Photoelectricity, Thermionics and Secondary Electron Emission [Dewey 537.54, 537.533 Classes] -- Electron Optics [Dewey 537.56 Class] -- Electrodynamics [Dewey 537.6 Class]. , Masers [Dewey 537.6 Class] -- Semiconductors [Dewey 537.622 Class] -- Superconductivity [Dewey 537.623 Class] -- Magnetism [Dewey 538 Class] -- Questions -- Chapter 13. Atomic, Molecular and Nuclear Physics Dewey 539 Class Crystallography and X-Ray Diffraction Dewey 548, 548.83 Classes -- Nuclear Physics [Dewey 539.7 Class] -- Nuclear Energy, Atomic Energy -- Neutron Physics, Neutron Optics, Elementary Particles, Cosmic Rays, Mesotrons, etc. [Dewey 539.721, 539.722/3 Classes] -- Particle Accelerators [Dewey 539.73 Class] -- Mass Spectra [Dewey 539.744 Class] -- Radioactivity and Radiation Research [Dewey 539.752 Class] -- Plasma Physics [Dewey 539.764 Class] -- Particle Detection [Dewey 539.77 Class] -- Crystallography and X-Ray Diffraction [Dewey 548, 548.83 Classes] -- Questions -- Index -- HOW TO FIND OUT -- HOW TO FIND OUT IN CHEMISTRY.

Note: Front Cover -- The Control of Fertility -- Copyright Page -- Table of Contents -- Dedication -- Preface -- Acknowledgments -- PART I: INTRODUCTION -- CHAPTER 1. Backgrounds -- REFERENCES -- CHAPTER 2. The Reproductive Processes and Their Vulnerabilities in Mammals -- Processes in the Male -- Processes in the Female -- REFERENCES -- PART II: ANIMAL STUDIES -- CHAPTER 3. Spermatogenesis and Semen -- Pituitary and Gonadotropin Inhibition -- Direct Effects on Testis Tissue -- Semen and Seminal Fluid -- REFERENCES -- CHAPTER 4. Ovulation -- The Hypothalamopituitary Axis -- Steroidal Ovulation Inhibitors -- Antigonadotropin Assay -- Antigonadotropins and the Hypothalamus -- Inhibition of Exogenous Gonadotropin -- Miscellaneous Antigonadotropic Agents -- REFERENCES -- CHAPTER 5. Fertilization -- REFERENCES -- CHAPTER 6. Free Ovum Development -- REFERENCES -- CHAPTER 7. Blastocyst Development and Implantation -- Ovarian Hormones and Implantation Processes -- Extra-ovarian Influences on Implantation -- The Lability of Implantation Processes -- Estrogens and Anti-estrogens -- Antiprogestins -- Poisons and Antimetabolites -- Intrauterine Trauma -- Corpus Luteum Inhibition -- Abortion -- REFERENCES -- CHAPTER 8. Some Biological Activities of Compounds Affecting Fertility -- Some Activities of Estrogens -- Anti-estrogens -- Estrogens and Androgens -- The Activities of Gestagens -- Effects on Fetuses -- Hormones and Tumors -- The Metabolism of Compounds Affecting Fertility -- REFERENCES -- PART Ill: CLINICAL STUDIES -- CHAPTER 9.Control of Fertility in Men -- REFERENCES -- CHAPTER 10. Fertility in Women-Ovogenesis and Ovulation -- Fertility Potential in Women -- Detection of Ovulation -- The Stimulation of Ovulation -- REFERENCES -- CHAPTER 11. The Inhibition of Ovulation -- The Assay of Ovulation Inhibitors in Human Subjects -- Contraception -- REFERENCES. , CHAPTER 12. Some Biological Properties of Ovulation Inhibitors in Human Subjects -- Functions Associated with Reproductive Organs and Processes -- Mammary Glands and Lactation -- Pregnancy and Postpartum -- Functions Associated with Other Endocrine Organs -- Weight Gain and Aspects of Organic Metabolism -- Hematology -- Skin and Related Tissues -- Psychological Effects -- REFERENCES -- CHAPTER 13. Some Consequences of the Application of Fertility Control -- The Effectiveness of Contraception -- The Acceptability of Contraception -- REFERENCES -- Author Index -- Subject Index.

Note: Front Cover -- Electromagnetic Clutches and Couplings -- Copyright Page -- Table of Contents -- TRANSLATOR'S NOTE -- INTRODUCTION -- CHAPTER 1. ELECTROMAGNETIC FRICTION CLUTCHES AND MAGNETIC COUPLINGS -- 1. METHOD OF OPERATION AND MAIN DESIGN FEATURES OF ELECTROMAGNETIC FRICTION CLUTCHES -- 2. DESIGN AND PRODUCTION OF ELECTROMAGNETIC FRICTION CLUTCHES -- 3. DESIGN OF MAGNETIC COUPLINGS -- 4. TRANSIENT BEHAVIOUR -- CHAPTER 2. MAGNETIC PARTICLE COUPLINGS -- 5. METHOD OF OPERATION AND MAIN DESIGN FEATURES -- 6. THE PHYSICAL PROCESSES IN THE AIR GAP AND THE ROTATIONAL FORCE -- 7. THE COUPLING FORCE AS A FUNCTION OF INDUCTION, THE FILLING OF THE GAP AND THE CENTRIFUGAL FORCE -- 8. AGEING OF THE FILLER AND OTHER FACTORS AFFECTING PERFORMANCE -- 9. DESIGN SYSTEM FOR MAGNETIC PARTICLE COUPLINGS -- 10. EFFICIENCY -- 11. TRANSIENT BEHAVIOUR -- CHAPTER 3. EDDY CURRENT COUPLINGS -- 12. INDUCTION COUPLINGS (SLIP CLUTCHES) -- 13. HYSTERESIS COUPLINGS -- 14. CAPACITOR COUPLINGS -- 15. HYBRID COUPLINGS AND CLUTCHES -- CHAPTER 4. TESTING, COMPARISON AND UTILIZATION -- 16. TESTING MAGNETIC PARTICLE COUPLINGS. EQUIPMENT AND METHODS -- 17. TESTING ELECTROMAGNETIC CLUTCHES AND COUPLINGS. EQUIPMENT AND METHODS -- 18. COMPARATIVE ANALYSIS -- 19. SELECTION OF THE MOST SUITABLE CLUTCH OR COUPLING -- 20. UTILIZATION -- REFERENCES -- INDEX -- OTHER TITLES PUBLISHED IN THE SERIES ON ELECTRONICS AND INSTRUMENTATION.

Note: Front Cover -- A Vector Approach to Oscillations -- Copyright Page -- Table of Contents -- Preface -- CHAPTER 1. The Technique of Handling Oscillations -- 1.1 Introduction -- 1.2 The Addition and Subtraction of Oscillations Using Vectors -- 1.3 Use of the Quotient of Two Vectors to Represent the Amplitude Ratio and Phase Difference of Two Oscillations -- 1.4 The Planar Product of Two Vectors -- 1.5 The Square Root of a Vector -- 1.6 The Planar Product of Two Vectors in Cartesian Components -- 1.7 The Quotient of Two Vectors in Cartesian Components -- 1.8 The Role to Be Played by Vector Algebra in Oscillation Analysis -- Summarizing Exercises -- CHAPTER 2. Vector Algebra Using Planar Products and Quotients -- 2.1 Introduction -- 2.2 Algebraic Functions of a Vector -- 2.3 Polynomial Functions of a Vector -- 2.4 Factorization of Polynomial Functions of a Vector -- 2.5 Relation between Vector Algebra and Scalar Algebra -- Summarizing Exercises -- CHAPTER 3. Graphical Representation of Vector Functions of a Vector -- 3.1 Introduction -- 3.2 Contour Map for a Function Involving a Simple Zero -- 3.3 Contour Map for a Function Involving a Simple Pole -- 3.4 Cross Sections of Contour Maps -- 3.5 Cross Section of a Contour Map along the Reference Axis -- 3.6 Cross Section of a Contour Map along the Quadrature Axis -- 3.7 Behavior of a Function near a Pole or Zero -- 3.8 Analysis into Partial Fractions -- 3.9 Application of Partial Fraction Analysis -- Summarizing Exercises -- CHAPTER 4. The Exponential Function of a Vector -- 4.1 Introduction -- 4.2 Contour Map for the Exponential Function of a Vector -- 4.3 The Exponential Representation of a Unit Vector Pointing in Any Direction -- 4.4 Relation between the Exponential Function and the Circular Functions -- 4.5 Importance of the Exponential Function for Relating Scalar and Vector Algebra. , 4.6 Analytical Properties of the Contour Map for the Exponential Function -- 4.7 The Concept of Actance -- 4.8 The Actance Diagram -- 4.9 The Concept of Vector Amplitude -- 4.10 The Concepts of Complex Amplitude and Complex Frequency -- Summarizing Exercises -- Problems -- 1. The Technique of Handling Oscillations -- 2. Vector Algebra Using Planar Products and Quotients -- 3. Graphical Representation of Vector Functions of a Vector -- 4. The Exponential Function of a Vector -- 5. Additional Problems -- Subject Index.