| |
|
ORBITER...................4 (0.000%)
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| oracle orbit orbit transition (solar system) Orbiter-s order Ordovician hammer ore deposit Oregon organic geochemistry organic illness organic sediment organization orgy, | 4467 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| v. principal) in the system: the orbiter; | 58629 SOLARIA-BINARIA: - - - GLOSSARY - |
| Initial Observations of the Pioneer Venus Orbiter Solar Wind Plasma Experiment," | 60244 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| Week and Space Tech.) 9. Viking Orbiter pictures heavy meteoric, | 101994 THE BURNING OF TROY: - - Chapter 1: THE QUANTAVOLUTIONARY SCAN - |
| |
|
ORBITING..................31 (0.004%)
|
| Axel boar Bode's Law bodies, orbiting body, | 1937 QUANTAVOLUTION AND CATASTROPHE: PART 5: The Scope of Quantavolution - - - |
| than that of its rotation and orbiting. | 13085 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| Moon commenced its celestial career by orbiting Saturn but when Earth itself was torn from Saturn's gravitational embrace, | 20572 COSMIC HERETICS: PART 5: - Chapter 17: THE ADVANCEMENT OF SCIENCE - |
| have been two or more suns orbiting each other. | 24398 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| observations may be due to an orbiting binary partner. " | 24410 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA - |
| the axis of the binary, but orbiting along the plane now defined by the present solar system. | 24678 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE BREAK-UP OF SUPER-URANUS |
| II-6 on the wavy, undulation orbiting of binary components. | 25135 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : Notes (Chapter Five: Solaria Binaria) |
| debris of Apollo may still be orbiting the sun as the asteroidal belt between Jupiter and Mars. | 28850 CHAOS AND CREATION: - - CHAPTER 09: THE OLYMPIAN RULERS : EXPLOSION AND ASTEROIDS |
| shift of allegiance from one regularly orbiting stone of outer space to another, | 29485 CHAOS AND CREATION: - - CHAPTER 10: VENUS AND MARS : THE PLOT OF THE ILIAD |
| of scientists concerning the asteroid belt orbiting the Sun between Mars and Jupiter is that here is the debris of a great body exploded by collision with another body some millions of years ago. | 38718 THE LATELY TORTURED EARTH: PART II: EXOTERRESTRIAL DROPS: Chapter 11 Encounter and Collisions - |
| that circled around the current ceased orbiting around the axis between Super-Uranus and the Sun and descended radially to the plane of the ecliptic. | 40815 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| his achievement. Baker stipulated an eccentrically orbiting planet, " | 43848 THE LATELY TORTURED EARTH: PART V: RIFTS, RAFTS AND BASINS: Chapter 21 Ocean Basins - |
| concentrated about the plane of the orbiting planets, | 52090 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| the heavier Sun to the lighter orbiting Super Uranus, | 52148 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 4: SUPER URANUS AND THE PRIMITIVE PLANETS - |
| the magnetic tube weakened, the now orbiting bodies would lose their magnetism differentially depending upon their composition. | 53003 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| repulsion of all of the other orbiting planets. | 53049 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| of sixty microteslas. In rocket and orbiting satellite observations made in the ionosphere, | 53173 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 8: THE EARTH'S PHYSICAL AND MAGNETIC HISTORY - |
| 1959). Usually these pairs are closely orbiting as we propose was Solaria Binaria. | 54326 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 10: INSTABILITY OF SUPER URANUS - |
| the Sun on the forward side (orbiting directly). | 55637 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| winds and relatively stationary matter, of orbiting bodies shifting orbits as they transact, | 57262 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| the electrical state of the bodies orbiting. | 57905 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| electrical field. The behavior of bodies orbiting in electric transaction differs from those experiencing the conceptually simpler, | 57959 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| the Sun and the N -1 orbiting planets, | 57989 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| state. During the interval when the orbiting stars were seeking electrical equilibrium, | 58032 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| 43 (mks units). If it were orbiting at the Earth's distance from the Sun but with this same angular momentum, | 58044 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| accelerating or decelerating it). For an orbiting body the motion is directed tangentially to the orbit while the force which changes the motion is directed radially. | 58078 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| in that orbit. For those pairs orbiting in times from a few days to a few weeks the orbits are found to be somewhat like the more elliptical planetary orbits found in the solar system. | 58196 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| in the spectrum lines of the orbiting companion. | 58208 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| highly luminous and especially where the orbiting star is equal in brightness to, | 58211 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| suffice to cause Triton's rapid orbiting of Neptune as observed. | 58306 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| homologues are perigee and perihelion when orbiting the Earth or the Sun. | 58862 SOLARIA-BINARIA: - - - GLOSSARY - |
| |
|
ORBITS....................116 (0.014%)
|
| and nicely bound to their present orbits. | 6787 COSMIC HERETICS: PART 1: - Chapter 2: THE PRODIGAL ARCHIVE - |
| move they must take up elliptical orbits for a time. | 12650 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| Pluto were displaced into their present orbits by planetary encounters. | 13131 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| present recorded behaviors, such that planetary orbits could not be proven stable for more than a few centuries or millennia. | 13135 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| who want to bring changing planetary orbits within memory of myth-making man and even historical mankind. | 13151 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| interpreting Venus tablets and calculating conceivable orbits under conventional restraints. | 13225 COSMIC HERETICS: PART 3: - Chapter 10: ABC'S OF ASTROPHYSICS - |
| an orbit lying entirely between the orbits of Jupiter and Saturn. | 21917 CHAOS AND CREATION: - - CHAPTER 01: COSMIC INSTABILITY : "ONE OR TWO CENTURIES" OF "ETERNAL ORDER" |
| of their much larger historical rotational orbits. | 24576 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| larger historical rotational orbits. The planetary orbits that ringed the great axis of fire descended to their centers on the axis that once linked the Sun and Super-Uranus. | 24578 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| laws without gravitation. The axial rotation orbits of the Pangean planets were proportional to their size and to the intensity of the local electromagnetic current density within the axial tube connecting the binary components. | 24585 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : THE STACKED BINARY SYSTEM |
| dense planets to transform their minor orbits into individual rotations, | 24714 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| should then have reassumed almost circular orbits around the Sun in a plane now perpendicular to the "old" axial orbits is explainable 32 . | 24738 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| now perpendicular to the "old" axial orbits is explainable 32 . | 24738 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| axial orbits is explainable 32 . Circular orbits, | 24739 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| Gravitational forces can maintain stable elliptical orbits because of the interaction between orbital inertia and centripetal attraction. | 24744 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : PLANETARY BEHAVIOR |
| seven, to correspond to the planetary orbits, | 24979 CHAOS AND CREATION: - - CHAPTER 05: SOLARIA BINARIA : EARLY ASTRONOMICAL IDEAS |
| magnetic tube weakened and the secondary orbits of the dense planets were reduced in diameter around the principal axis of the system. | 25359 CHAOS AND CREATION: - - CHAPTER 06: THE URANIANS : THE DESTRUCTION OF PANGEA |
| Arabia felix." And when she crossed orbits with the planet Mars, | 29336 CHAOS AND CREATION: - - CHAPTER 10: VENUS AND MARS : CAREER OF AN ANDROGYNE |
| Velikovsky and the Sequence of Planetary Orbits," | 32217 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| Inc., Boston. Sarvajna, D. K. (1970), "Orbits Of Charged Bodies," | 32235 CHAOS AND CREATION: - - - BIBLIOGRAPHY - |
| with highly elliptical and often eccentric orbits, | 38586 THE LATELY TORTURED EARTH: PART II: EXOTERRESTRIAL DROPS: Chapter 11 Encounter and Collisions - |
| Moon does, they would hold their orbits similarly. | 39609 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 13 Deluges - |
| Sun. They moved out towards larger orbits. | 40818 THE LATELY TORTURED EARTH: PART III: HYDROLOGY: Chapter 15 Ice Fields of the Earth - |
| The Magnetic Tube and the Planetary Orbits 08: | 50648 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| Celestial Bodies NOTE D 39. Binary Orbits of Short Period LIST OF TABLES CHAPTER THREE 1. | 50758 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| 1000 000 000 000.0 planet orbits SOLARIA BINARIA by Alfred de Grazia and Earl R. | 50825 SOLARIA-BINARIA: - - - TABLE OF CONTENTS - |
| moves through galactic space. The Sun orbits about the planets and the companion as they also orbit about the Sun. | 50960 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| which major readjustments of the planetary orbits and environments are possible, | 51018 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 1: THE SOLAR SYSTEM AS A BINARY - |
| the stars may allow non-collisional orbits to be stable, | 51410 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| re about the stability of binary orbits over long times are in question because of the work of Bass. | 51412 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| mass, affecting the size of planetary orbits. | 51446 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 2: THE SOLAR SYSTEM AS ELECTRICAL : Notes on Chapter 2: |
| viewing the displacement, as the Earth orbits the Sun, | 51582 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| different populations of the Galaxy follow orbits about the galactic core which are characteristic of the population. | 51677 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| arm stars have the most circular orbits; | 51678 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| the galactic plane, like the asteroid orbits of the Solar System. | 51680 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| halo stars move in strongly elliptical orbits with random inclinations to the galactic arms, | 51681 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| the galactic arms, like the comet orbits of the Solar System. | 51682 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| scale, occurs because the Sun rapidly orbits about the center of the Galaxy as it slowly moves through the arms of the Galaxy; | 51869 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 3: THE SUN'S GALACTIC JOURNEY AND ABSOLUTE TIME - |
| humans to discern the first celestial orbits. | 52365 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 5: THE SAC AND ITS PLENUM - |
| the beginning of everything. The Earth orbits around the Fire, | 52780 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| light from the Fire; the Sun orbits around it 43 . | 52789 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 6: THE ELECTRICAL AXIS AND ITS GASEOUS RADIATION - |
| THE MAGNETIC TUBE AND THE PLANETARY ORBITS The arc along the axis between the principals created a magnetic tube, | 52876 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| the pair of stars, but for orbits under the influence of electrical force co-revolution is possible at many points along the electrified axis of the system. | 53020 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| repulsion, we propose that the arcuate orbits of the primitive planets were situated somewhere in the vicinity of what is called the Lagrangian point L1 for the Sun-Super Uranus binary system. | 53023 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| the L 1 point. The planetary orbits about the axis, | 53038 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| substantially closer than today's concentric orbits. | 53039 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| tube, they positioned themselves on their orbits so as to maintain the net maximum distance from the summated repulsion of all of the other orbiting planets. | 53048 SOLARIA-BINARIA: PART 1: ORIGIN AND DEVELOPMENT OF THE BINARY SYSTEM: Chapter 7: THE MAGNETIC TUBE AND THE PLANETARY ORBITS - |
| and because the ejects now followed orbits taking them into regions of greatly different space - charge, | 55404 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 13: NOVA OF SUPER URANUS AND EJECTION OF THE MOON - |
| binary. Their new, roughly co- planar orbits, | 56075 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| much more closely spaced than the orbits of these same planets today 93 . | 56075 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 14: THE GOLDEN AGE AND NOVA OF SUPER SATURN - |
| reconstituted Solar System. In their free orbits the planets avoided one another and Jupiter because of their electric charges, | 56280 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| so that a dearth of debris orbits in the space inside Jupiter's position today. | 56436 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| Mercury rotates three times over two orbits of the Sun has evoked remarks like "this is amazing" (Asimov) and has led theoreticians to postulate that the planet has been in orbit in its present position for less than six hundred thousand years (Gold, | 56464 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER - |
| causes a compensatory adjustment in the orbits of the others. | 56564 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER : Notes on Chapter 15 |
| that the Moon does as it orbits the Earth. | 56567 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 15: THE JUPITER ORDER : Notes on Chapter 15 |
| stationary matter, of orbiting bodies shifting orbits as they transact, | 57262 SOLARIA-BINARIA: PART 2: DESTRUCTION OF THE SOLAR BINARY: Chapter 17: TIME, ELECTRICITY AND QUANTAVOLUTION - |
| Galaxy at 19 km s and orbits the galactic center at about 275km s. | 57868 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE B: : ON COSMIC ELECTRICAL CHARGES |
| greatest separation. In the co- planar orbits of today's Solar System this electrical repulsion among the planets is deemed by us to manifest itself in the Titius-Bode law of commensurable planet periods (e. | 57898 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| planet periods (e. g. five Jupiter orbits in approximately 120 the same time as two Saturn orbits). | 57900 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| the same time as two Saturn orbits). | 57901 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| well remain fixed. Given electrically caused orbits, | 57999 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| Sun's mass (its gravitational ability). Orbits changing under varying electrical transaction behave differently than the conventional view of very slowly evolving gravitational orbital elements. | 58057 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| same plane as the other planetary orbits, | 58065 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE C: : ON GRAVITATING ELECTRIFIED BODIES |
| primary takes a few decades. The orbits of the companions have dimensions comparable to the orbits of the major planets in the Solar System, | 58178 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| companions have dimensions comparable to the orbits of the major planets in the Solar System, | 58178 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| more elliptical than are the planetary orbits (see Figure 39). | 58180 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| less than ten days have relative orbits whose shape resembles the orbits of the planets Mars and Saturn. | 58185 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| relative orbits whose shape resembles the orbits of the planets Mars and Saturn. | 58186 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| orbit of the planet Mercury. For orbits over 100 days distinctly elliptical orbits are noted and apastron is about twice as distant as periastron. | 58188 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| orbits over 100 days distinctly elliptical orbits are noted and apastron is about twice as distant as periastron. | 58188 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| twice as distant as periastron. These orbits are more elliptical than the orbit of the planet Pluto, | 58189 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| further than perihelion. Figure 39. Binary Orbits of Short Period Binary stars show a relationship between the shape of their relative orbit and their period of revolution in that orbit. | 58192 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| days to a few weeks the orbits are found to be somewhat like the more elliptical planetary orbits found in the solar system. | 58197 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| somewhat like the more elliptical planetary orbits found in the solar system. | 58198 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| found in the solar system. Elliptical orbits are described in terms of their difference from a circular orbit using a quantity called eccentricity. | 58198 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| quantity called eccentricity. Eccentricities for closed orbits have values between 0 (a circle) and nearly 1 (which would be a parabola). | 58200 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| large radius compared to the Sun. Orbits have been calculated for almost 100 eclipsing binaries. | 58229 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| highly special sample has well determined orbits, | 58297 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| fewer systems have known masses. Typical orbits are given in Allen. | 58297 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| 3 days to orbit while Triton orbits in 5. | 58303 SOLARIA-BINARIA: PART 3: TECHNICAL NOTES: - TECHNICAL NOTE D: : ON BINARY STAR SYSTEMS |
| 1000 000 000 000.0 planet orbits SOLARIA BINARIA by Alfred de Grazia and Earl R. | 58476 SOLARIA-BINARIA: - - - LIST OF ABBREVIATIONS IN TEXT - |
| in a three-body system the orbits can be computed if one of three bodies is negligibly tiny - in such a case the motion of the minuscule third body does not disturb the two primary bodies. | 58764 SOLARIA-BINARIA: - - - GLOSSARY - |
| Glassboro) --- Hoffee, L. H. (1973), "The Orbits of Venus," | 59980 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| The Electro-magnetic Circularization of Planetary Orbits," | 60057 SOLARIA-BINARIA: - - - BIBILIOGRAPHY - |
| solar system. Planets have changed their orbits and other motions, | 77548 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 1: SACRED SCANDAL AND DISASTER Chapter 4: CATASTROPHE AND SUBLIMATION : THE GENERAL THEORY OF CATASTROPHE |
| to take roughly their present safe orbits, | 78287 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 6: THE RAPE OF HELEN : THE AGE OF MARS |
| Ransom and L. H. Hoffee, "The Orbits of Venus," " | 81469 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 10: HE WHO SHINES BY DAY : APPENDIX TO CHAPTER TEN LOGIC OF IDENTIFYING RELATIONS SUCH AS "HEPHAESTUS IS ATHENA" |
| have been perceiving apparent speeds, flattened orbits when the bodies were close-in, | 82437 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 2: GODS, PLANETS, MADNESS Chapter 13: HOW THE GODS FLY - |
| of assured reliability of the planetary orbits is in the hundreds or few thousands of years. | 84797 THE DISASTROUS LOVE AFFAIR OF MOON AND MARS PART 3: THERAPY FOR GROUP FEAR Chapter 17: SETTLED SKY AND UNSETTLED MIND : THE PROGRESS OF SCIENCE |
| make total of 40 on Earthcrossing orbits, | 101988 THE BURNING OF TROY: - - Chapter 1: THE QUANTAVOLUTIONARY SCAN - |
| expression of critics is that the orbits and behavior of the planets, | 104552 THE BURNING OF TROY: PART 1: HISTORICAL DISTURBANCES: Chapter 7: NINE SPHERES OF VENUSIAN EFFECTS - |
| from the explosion might enter upon orbits that could allow for encounters with the Earth. | 112295 THE BURNING OF TROY: PART 5: COMMUNICATING A SCIENTIFIC MODEL: Chapter 30: PAST, PRESENT, AND FUTURE : THE POLITICS OF UNIFORMITARIANISM |
| possibility of the planets changing their orbits and advocates that people believing this should be brought to court and severely punished. | 126602 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 1: CULTURAL AMNESIA : AMNESIA |
| their roles, or left their accustomed orbits, | 130411 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 5: SHAKESPEARE AND VELIKOVSKY : Catastrophic Theory and the Springs of Art |
| are now safely distant, in fixed orbits, | 130415 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 5: SHAKESPEARE AND VELIKOVSKY : Catastrophic Theory and the Springs of Art |
| in fact repelled, exiled to new orbits, | 131268 RECOLLECTIONS OF A FALLEN SKY - VELIKOVSKY AND CULTURAL AMNESIA : Chapter 5: SHAKESPEARE AND VELIKOVSKY : Catastrophic Theory and the Springs of Art |
| sun in the same direction in orbits which are approximately circular and which lie nearly in the same plane. | 134422 THE VELIKOVSKY AFFAIR: PART 1: MINDS IN CHAOS - - - |
| but that in past times their orbits intersected; | 134424 THE VELIKOVSKY AFFAIR: PART 1: MINDS IN CHAOS - - - |
| little from that on earth. Venus orbits closer to the sun, | 134595 THE VELIKOVSKY AFFAIR: PART 1: MINDS IN CHAOS - - - |
| at 247 -5 days. The planet orbits the sun in 225 days. | 136099 THE VELIKOVSKY AFFAIR: PART 2: AFTERMATH TO EXPOSURE - - - |
| not perfectly spherical and that the orbits of the planets are not perfectly circular 8 . | 136345 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| confusion, but capable of change to orbits nearer circular, | 136516 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| system would tend to modify their orbits; | 136584 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| ecliptic, or any of the planetary orbits, | 136615 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| of planets and comets, if their orbits were all disposed in the same plane 23 . | 136623 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| In reality, the planes of the orbits of some comets are at a small angle with the plane of the ecliptic, | 136627 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| nearly in the planes of the orbits of those planets; | 136679 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| of the heavens in very eccentric orbits; | 136681 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| changes which take place in the orbits and motions of the heavenly bodies, | 136975 THE VELIKOVSKY AFFAIR: PART 3: THE INCONSTANT HEAVENS - - - |
| was a near collision, the present orbits, | 137991 THE VELIKOVSKY AFFAIR: PART 4: CUNEIFORM ASTRONOMICAL RECORDS AND CELESTIAL INSTABILITY - - - |
| establishing what may have been the orbits of the earth, | 138263 THE VELIKOVSKY AFFAIR: PART 4: CUNEIFORM ASTRONOMICAL RECORDS AND CELESTIAL INSTABILITY - - - |
| Velikovsky and the Sequence of Planetary Orbits, ' | 138394 THE VELIKOVSKY AFFAIR: PART 4: CUNEIFORM ASTRONOMICAL RECORDS AND CELESTIAL INSTABILITY - - - |
| way with wandering and change of orbits. ' ( | 138461 THE VELIKOVSKY AFFAIR: PART 5: ASTRONOMICAL THEORY AND HISTORICAL DATA - - - |
| Earth included, travel serenely on their orbits in the void of space for countless eons. | 140338 THE VELIKOVSKY AFFAIR: PART 7: ADDITIONAL EXAMPLES OF CORRECT PROGNOSIS - - - |
| comets. These comets moved across the orbits of other planets and collided with them. | 140441 THE VELIKOVSKY AFFAIR: PART 7: ADDITIONAL EXAMPLES OF CORRECT PROGNOSIS - - - |
| 19th century moved in very similar orbits and 'in all probability, | 140583 THE VELIKOVSKY AFFAIR: PART 7: ADDITIONAL EXAMPLES OF CORRECT PROGNOSIS - - - |