Subpage of Proceedings
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| FOREWORD | 10 |
| ABOUT THE EDITOR | 11 |
| TO THE CHILDREN OF CHERNOBYL | 12 |
| COLD NUCLEAR FUSION, SPACE ENERGY DEVICES AND COMMERCIALIZATION Hal Fox |
13 |
| COLD FUSION AND SUPERFAST LOW-TEMPERATURE CHEMICAL PROCESSES IN SOLIDS: COMMON BASIS FOR UNDERSTANDING V.A. Filimonov and V.A. Lishnevskii |
25 |
| INTRODUCTION TO COLD FUSION THEORY PAPERS | 33 |
| LINT: A SEMI-CLASSICAL QUANTIZED THEORY OF LATTICE INDUCED NUCLEAR TRANSMUTATIONS Robert W. Bass |
34 |
| IS THE COULOMB FUSION-‘BARRIER’ A RESONANTLY-TRANSPARENT MIRROR? REFUTATION OF THE CONVENTIONAL COLD-FUSION ‘QM-IMPOSSIBILITY’ “PROOF” Robert W. Bass |
47 |
| LITHIUM FISSION TO FUSE DEUTERIUM? Billings Brown |
68 |
| AN INTERPRETATION OF THE PIANTELLI EFFECT BASED UPON THE LANT HYPOTHESIS AND ECFM MODEL FOR COLD FUSION Robert T. Bush |
73 |
| THE PHYSICAL-CHEMICAL AND NUCLEAR MULTISTAGE REACTION MECHANISM AND THE MULTISTAGE IGNITION CONDITION ON COLD FUSION Yi-Fang Chang, Chuan-wan Yu |
79 |
| ION BAND STATES: WHAT THEY ARE, AND HOW THEY AFFECT COLD FUSION Talbot A. Chubb and Scott R. Chubb |
82 |
| COLD FUSION – A LOGICAL NETWORK APPROACH Peter Glück |
86 |
| JAHN-TELLER SYMMETRY BREAKING AND HYDROGEN ENERGY IN -PdD “COLD FUSION” AS STORAGE OF THE LATENT HEAT OF WATER K.H.Johnson |
91 |
| I. DEUTERIUM INTERACTION IN UNITARY QUANTUM THEORY Lev G. Sapogin |
103 |
| II. ON THE MECHANISM OF COLD NUCLEAR FUSION Lev G. Sapogin |
110 |
| NEW HYDROGEN (DEUTERIUM) BOHR ORBITS IN QUANTUM CHEMISTRY AND COLD FUSION PROCESSES Jean-Pierre Vigier |
113 |
| INTERNAL CONVERSION MECHANISM IN COLD FUSION Chuan-wan Yu and Yi-Fang Chang |
119 |
| INTRODUCTION TO COLD FUSION TUTORIAL PAPERS | 122 |
| ELECTROCHEMISTRY, TRITIUM AND TRANSMUTATION J. OˆM. Bockris and R. Sundaresan |
123 |
| EXPERIMENTAL DETAILS FOR LIGHT WATER COLD FUSION RESEARCH AT CAL. POLY. – POMONA Robert D. Eagleton |
137 |
| SEARCHING FOR TRUTH WITH HIGH EXPECTATIONS Xing Zhong Li |
149 |
| A BRIEF SURVEY OF USEFUL INFORMATION ABOUT HYDROGEN IN METALS R.A. Oriani |
155 |
| METHODS REQUIRED FOR THE PRODUCTION OF EXCESS ENERGY USING THE ELECTROLYSIS OF PALLADIUM IN D2O BASED ELECTROLYTE Edmund Storms |
159 |
| GENERALIZED ISOTOPIC FUEL LOADING EQUATIONS Mitchell R. Swartz |
164 |
| INTRODUCTION TO COLD FUSION EXPERIMENTAL PAPERS | 171 |
| ON THE POSSIBILITY OF D-D FUSION STIMULATION BY A HIGH-CURRENT ARC DISCHARGE IN GAS-FILLED METAL V.P. Afanaseyev et al. |
172 |
| ENERGY AMPLIFIER WITH MULTILAYER THIN FILM ELECTRODES G.H. Miley and E.G. Batyrbekov |
178 |
| PRACTICAL ASPECTS OF HEAT AND HELIUM MEASUREMENTS IN DEUTERATED PALLADIUM B.F. Bush and M.H. Miles |
182 |
| EVIDENCE FOR AN ELECTROLYTICALLY INDUCED SHIFT IN THE ABUNDANCE RATIO OF SR-88 TO SR-86 R.T. Bush |
187 |
| D/PD LOADING RATIO UP TO 1.2:1 BY HIGH POWER ìS PULSED ELECTROLYSIS IN PD PLATES Francesco Celani et al. |
197 |
| CHANGES IN SURFACE TOPOGRAPHY AND MICROCOMPOSITION OF A PALLADIUM CATHODE CAUSED BY ELECTROLYSIS IN ACIDIFIED LIGHT WATER J. Dash, G. Noble and D. Diman |
202 |
| COLD FUSION BY SPARKING IN HYDROGEN ISOTOPES J. Dufour, J. Foos and J.P. Millot |
211 |
| ELEMENT-PHASE TRANSITIONS WITH THE COLD NUCLEAR SYNTHESIS (CNS) TYPE REACTIONS IN METALLIC ALLOYS OF CLASS-FORMING SYSTEMS A.M. Durachenko and E.Ya. Malinochka |
215 |
| THE INVESTIGATION OF THE MECHANISM OF ENERGY ACCUMULATION IN LONG-LIVING LIGHTNING OBJECTS, FOUND AFTER A POWERFUL IMPULSE ENERGY RELEASE IN WATER P.I. Golubnichiy et al. |
221 |
| DETECTION OF CHARACTERISTIC GAMMA RAYS FROM ELECTRODES IN PD-D SYSTEM BY HV DISCHARGE Jintang He et al. |
227 |
| MOLTEN SALT TECHNIQUES FOR EXCESS HEAT PRODUCTION AND THE LOADING ISSUE Bor Yann Liaw |
234 |
| THE X-RAY EMISSION FROM ELEMENTS OF FIRST PERIOD AND COLD FUSION Ren-bao Lu |
240 |
| EXTRAORDINARY TRACES ON NUCLEAR EMULSIONS OBSERVED DURING ELECTRICAL DISCHARGE IN WATER Takaaki Matsumoto |
242 |
| DETECTION OF IRON ATOMS ON GOLD ELECTRODES USED FOR ELECTROLYSIS OF NEUTRAL AND ALKALINE H2O AND D2O SOLUTIONS Tadayoshi Ohmori and Michio Enyo |
247 |
| REPRODUCIBILITY OF TRITIUM GENERATION FROM NUCLEAR REACTIONS IN CONDENSED MEDIA V.A. Romodanov et al. |
257 |
| EXCESS HEAT AND TRITIUM MEASUREMENTS IN NI-H2O ELECTROLYTIC CELLS M. Srinivasan et al. |
261 |
| UPGRADE OF THE FERMI APPARATUS WITH DETECTION AND IDENTIFICATION OF PROTONS IN THE 3 MHV ENERGY REGION Bruno Stella et al. |
267 |
| INTRODUCTION TO PAPERS ON ALTERNATIVE ENERGY SYSTEMS AND SUPPORTING TECHNOLOGY | 270 |
| SEMICONDUCTOR THERMAL-MECHANICAL ENERGY CONVERTER L.P. Bulat |
271 |
| THE DESCRIPTION OF SELF-OSCILLATION PROCESSES OF ENERGY TRANSFER-CONVERSION AS A LINEAR APPROXIMATION A.V. Bulyga and A.G. Shashkov |
274 |
| THE UPPER BOUND OF HOT-SPOT TEMPERATURES INDUCED BY SUPERSONIC FIELD Kenji Fukushima and Tadahiro Yamamoto |
279 |
| CALORIMETRIC STUDY OF EXCESS HEAT PRODUCTION WITHIN THE HYDROSONIC PUMP SYSTEM USING LIGHT WATER James L. Griggs |
284 |
| DESIGN CONSIDERATIONS FOR SUPER-CONDUCTING MAGNET N-MACHINE JPI-II Shiuji Inomata |
290 |
| SONOLUMINISCENCE, COLD FUSION, AND BLUE WATER LASERS Thomas V. Prevenslik |
307 |