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Date submitted1991-11-26
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Date accepted1992-01-24
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Date published1992-11-23
Search for invariance of the interval between geologic events
- Authors:
- A. N. Pavlov
The energy content of rock, the calculation of which was proposed by the author in earlier works, is considered as the energy of rock existence. By analogy with the energy of existence of a particle (rest energy), a certain limiting velocity is derived from this value, beyond which the rock as an element of the Earth and the Solar System ceases to exist. The invariance of the interval between geological events is based on it.
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Date submitted1991-11-03
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Date accepted1992-01-14
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Date published1992-11-23
Fundamentals of kinetic field theory and its applications in geology
- Authors:
- V. Ya. Bril
The kinetic field theory (KFT), which does not contradict observations, conservation laws and equations of the general theory of relativity (GRT), was constructed. Objections of A. Poincaré and other scientists against a similar attempt by J. Lesage (1784) were eliminated by assuming that the background particles responsible for the transmission of gravitational, inertial, electric, magnetic, electromagnetic and some other types of information have a strongly elongated needle-shaped (interobraznyi) form. Among possible applications of KFT are the use of background particles as an inexhaustible and environmentally friendly source of energy, control of tectonic processes in order to provide people and pets with safety during earthquakes, and many others.
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Date submitted1991-11-29
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Date accepted1992-01-29
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Date published1992-11-23
Spiral structure of geologic time and constraints on the principle of actualism
- Authors:
- A. E. Kulinkovich
A model of geologic time is proposed, represented as a system of helical lines, and in each of them the radius of the cylindrical surface and the step are determined by the period of cyclicity. It is shown that the spiral structure of geologic time imposes natural limitations on the area of application of the actualism principle.
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Date submitted1991-11-21
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Date accepted1992-01-12
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Date published1992-11-23
The galactic year and global geologic cycles
- Authors:
- Yu. A. Zakoldaev
Based on the methods of statistical and combinatorial analysis of more than 70 empirical geochronometric scales of the Phanerozoic, cyclic regularities were revealed with high reliability, which allowed us to calculate the parameters of the galactic orbit of the Solar System, to consider the connection of general planetary geological processes with the position of the Solar System in the galactic orbit, and to construct a global theoretical scale of the Phanerozoic, subdivided into ages and combinations of ages.
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Date submitted1991-11-03
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Date accepted1992-01-29
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Date published1992-11-23
Paradigm shift in geology
- Authors:
- A. N. Pavlov
The author's model of the cognition process called transfinite is proposed. The objectivity of this model is illustrated by paradigm shifts in geology. The formulation of postulates of the last quantum paradigm is given.
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Date submitted1991-11-03
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Date accepted1992-01-16
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Date published1992-11-23
Origin of asteroids and meteorites (new cosmogonic concept)
- Authors:
- A. A. Barenbaum
A concept of the origin of asteroids and meteorites that is different from the generally accepted one is proposed. The solar system is considered as a physically "open" system of bodies, which is periodically exposed to a strong galactic impact, which became 4.7 billion years ago the cause of the destruction of Phaeton. On the basis of meteorite data, a deep connection between the shell structure of Phaethon and the modern Earth has been established, which allows us to better understand the nature of planetary evolution after accretion. The existence of chemical classes and groups of meteorites is explained as a result of mixing of material of separate inner shells of Phaeton and gas-dust substance of galactic comets. Having considered the range of processes currently taking place in the asteroid belt, which are important for understanding the nature and origin of other small bodies of the solar system.
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Date submitted1991-11-05
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Date accepted1992-01-21
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Date published1992-11-23
On some methodological problems of engineering geology
- Authors:
- M. S. Zakharov
The axiomatics of engineering geology is considered on the basis of its connection with the main categories of materialistic dialectics. In practical aspect this axiomatics is connected with the peculiarities of engineering geology specialist's work in theoretical and practical plans.
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Date submitted1991-11-14
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Date accepted1992-01-30
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Date published1992-11-23
Problems in the subject of meteorology
- Authors:
- A. I. Rochko
The proposed article is aimed at clarifying the specifics of the subject of meteorology, the relationship between meteorology and atmospheric physics is considered. Different views on this problem are analyzed. It proposes the clarification of empirical concepts of meteorology as a prerequisite for finding meteorological laws, and gives examples of such concepts.
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Date submitted1991-11-04
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Date accepted1992-01-19
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Date published1992-11-23
The relationship between the history of the Earth and the Universe
- Authors:
- A. E. Kulinkovich
The interrelation of micro-, macro- and megarhythmics of the Universe is considered, conditioned by their correspondence to the genetic code of the Universe - a set of primordial rhythms unambiguously defined by the world constants.T he Universe, thus, has a resonance-interconnected rhythmic structure, a fragment of which is geological cyclicities. This allowed us to construct a single equation describing the occurrence of fundamental events in the history of the Universe, Galaxy and Earth. Comparison of the calculated dates with the dating of real events in the history of the Universe, Galaxy and Earth shows their good correspondence.
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Date submitted1991-11-17
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Date accepted1992-01-26
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Date published1992-11-23
Physical models of galactic geology
- Authors:
- A. E. Kulinkovich
The physical causes responsible for low-frequency geological cycles (megacycles) with the duration of periods of 2 billion, 1 billion, 500 million, 350 million years and 176 million years are considered. The features of the solar orbit, the structure of the Galaxy, changes in the activity of the nucleus of the latter are analyzed, the consequence of which is a regular change in the physical environment within the solar system, which leads to contrasting events that are clearly recorded in the cometary annals of the Earth.
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Date submitted1991-11-12
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Date accepted1992-01-13
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Date published1992-11-23
The solar system at the time of Phaethon's explosion. The origin of the moon
- Authors:
- A. A. Barenbaum
In the evolutionary history of the Solar System, two rather long evolutionary stages are distinguished, separated by the relatively short epoch of the Phaethon explosion 4.7 billion years ago. Before this event, the masses of all planets, excluding Pluto, obeyed a single pattern, which was inherited by them from the protoplanetary stage. During the epoch of Phaethon's destruction, most of the planets of the Solar System underwent significant changes that affected their mass, structure, and composition. The hypothesis of the Moon formation is proposed within the framework of the general scheme.
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Date submitted1991-11-10
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Date accepted1992-01-19
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Date published1992-11-23
Complex-system-structural approach to the problems of cognition of man, the Earth and the Universe
- Authors:
- V. N. Maksyutin
On the basis of the analysis of the results of the systematic study of the issues of the history of the birth of science, the process of cognition of official science, the set of methods of cognition and the issues of interaction between living and non-living systems, the complex-system-structural approach to the problems of cognition of man, the Earth and the Universe is substantiated. A scientific map of the world in a structural form, a strategy of truth-seeking and a complex-system model of any scientific research are proposed.
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Date submitted1991-11-13
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Date accepted1992-01-23
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Date published1992-11-23
Spatial and temporal content of rock-layer boundaries
- Authors:
- I. A. Odessky
In the case of mutational layering, the layered boundaries of sedimentary strata act as either spatial or temporal boundaries. In the case of mutation layering, these boundaries contain spatial and temporal information. It is shown that when considering the migration mechanism of layering formation against the background of different sedimentation regimes, the same boundary can be transformed into temporal, spatial, and spatial-temporal boundaries.
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Date submitted1991-11-03
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Date accepted1992-01-29
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Date published1992-11-23
Geological process as a system: formation of an oil and gas bearing basin
- Authors:
- S. A. Moroz
- E. P. Larchenkov
On the example of the development of the most typical oil-and-gas bearing sedimentary basins the geological process as a peculiar system with such important characteristics as structure, stability and variability is considered. The regularities of uneven rate and mosaic character of evolution of sedimentary basins are determined.
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Date submitted1991-11-07
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Date accepted1992-01-14
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Date published1992-11-23
Evolutionist methodology and regressive processes in mineral and organic matter
- Authors:
- V. N. Morakhovsky
The development of the material world is studied using the methods of evolutionist doctrine, which is widely used in various fields of knowledge, particularly in geology. Regressive branches of evolution have been analyzed much weaker, so there is no methodological basis for studying such processes, which does not allow us to establish regularities and predict the features of their course in the future. There is a need to create an adequate doctrine of the regressive state of matter, part of which will be the theory of regressive processes in the lithosphere and their role in the formation of mineral deposits.
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Date submitted1991-11-26
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Date accepted1992-01-14
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Date published1992-11-23
Cosmogenic factor of diatherm formation
- Authors:
- K. K. Khazanovich-Wulf
Taking into account the data of previous researchers (about spatial and temporal connections between ring explosive structures and diatreme fields, about deep structural indifference diatreme fields and zones, about electric discharge genesis of diatreme cavities, about electric interactions between meteoric bodies and the Earth's surface), the concept of explosion tubes formation as a result of interaction of electric fields of large meteoric bodies and the Earth's interior is put forward.
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Date submitted1991-11-16
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Date accepted1992-01-28
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Date published1992-11-23
Auto-oscillatory character of spreading in oceanic rifts
- Authors:
- E. G. Zhemchuzhnikov
On the example of a two-layer model of the tectonosphere in the oceanic rift zone, the main stages of lithospheric plate excavation are highlighted. A qualitative view of normal stresses in the body of the tectonospheric package is given. A model of the process of plate cooling in the rift zone is given. The conclusion is made about the autocoletive character of the evolution of the tectonosphere in the rift zone. A scheme of the corresponding mechanism is given.