Is there a difference between geophysics and engineering geology

I studied geophysical prospecting, or applied geophysics, also known as geophysical prospecting. There is a big difference between geophysical prospecting and geological engineering. Geophysical prospecting is mainly based on the difference in the physical properties of rocks, and uses special instruments and equipment to observe and study the changes of natural or artificially formed physical fields, so as to achieve the purpose of identifying geological structures, finding mineral resources and solving problems such as engineering geology, hydrogeology and environmental monitoring.

The main methods are electrical exploration, magnetic exploration, electromagnetic exploration, gravity exploration, ** exploration, and what other radioactivity, temperature, etc. This requires students to learn the basics of mathematics, physics, electronic technology, information technology, geology, etc. Geological engineering is mainly based on geology, and studies hydrology, engineering, environment, oil and gas minerals and other issues.

The physical knowledge involved in geophysics is mainly the problem of the wave field, such as the propagation of waves, the distribution and change of the field; Geological engineering should involve the problem of force, such as the effect of force on the rock mass and the result of the action. There may be a somewhat one-sided understanding of geological engineering. Of course, in practical work, the two professions are related to each other, generally by the geological personnel to infer what geological phenomena may exist somewhere, and then geophysical prospectors use instruments to collect data, analyze the data, according to the changes in the data, anomalies to see whether the geological phenomenon may really exist.

Geophysics is an applied physics that takes the earth as the object. This discipline has been in its own right since the beginning of the 20th century. After the sixties of the 20th century, the development was extremely rapid.

It contains many sub-disciplines, involving the three worlds of sea, land and air, and is a marginal science between astronomy, physics, chemistry and geology.

Geological Engineering. Engineering geology is the study of the interaction between human engineering activities and the geological environment, in order to understand, evaluate, transform and protect the geological environment. It is a branch of geology.

It is a specialized discipline that studies geological problems related to engineering construction. The research object is engineering geological conditions and engineering geological problems. Engineering geological conditions are the sum of all elements of the engineering geological environment.

Including: (1) Rock and soil types and engineering geological properties, (2) Topography and geomorphological conditions, (3) Geological structure and in-situ stress, (4) Hydrogeological conditions, (5) Physical geological phenomena, (6) Natural building materials.

These colleges all have geological engineering What are the differences and connections What are the differences in research directions and employment directions The direction is different, and the level of the tutor is also different, it is best to consult your teacher and the senior brother of the superior, they will be based on.

Geology is specialized, such as the industry, must choose physics.

Preferred subject requirements for geology major: Physics only. The requirements for re-selection are as follows:

1. Chemistry and Geography (candidates can apply for one of the 2 subjects).

2. Chemistry and Geography (candidates for both subjects must take the exam before applying).

3. Chemistry (1 subject must be selected before applying).

Specialized research field of geology:

Geological engineering. The fields are applicable to industries including: geological survey, survey, exploration and evaluation of oil and gas and solid mineral resources, large-scale industrial and mining enterprises and water conservancy and hydropower construction, highway and railway construction, engineering geology, hydrogeology, geological environment and geological hazard investigation, survey and monitoring, etc.

The scope of geological engineering covers the following: geological survey technology and methods and mineral resources exploration and evaluation, regional mineral bases and mineral prospect areas and evaluation, mining areas and deposits exploration, development and evaluation, geological engineering field construction, exploration and evaluation project feasibility study Zhatan Mountain and decision-making, new technologies and methods of geological exploration, hydrogeology, engineering geology, environmental geology, geological hazards.

Evaluation, monitoring and protection, computer applications in the study of geological structure, geological environment, geological processes and geological hazards.

Quality inspection and design, development and application of new methods and technologies in the implementation of geological engineering, engineering management of geological resources and geological engineering industry.

Geology withGeophysicsThe main content and its differences are: the meaning of worship is different, and the nature is different.

Geology, geology refers to the properties and characteristics of the earth in general. It mainly refers to the material composition, structure, structure, and development history of the earth, including the earth's circle differentiation, physical properties, chemical properties, rock properties, mineral composition, rock formation and rock mass production state, contact relationship, the earth's tectonic development history, biological evolution history, climate change history, and mineral resources.

and distribution of the occurrence status and distribution law.

Geology was born from:

The demand of human society for mineral resources such as oil, coal, metals, and non-metals, and the exploration of geological and mineral resources guided by geology is the fundamental source of the survival and development of human society. With social productivity.

The impact of human activities on the earth is increasing, and the constraints of the geological environment on human beings are becoming more and more obvious. How to make reasonable and effective use of the earth's resources.

Maintaining the environment for human survival has become a common concern in the world today. As a result, the field of geological research has been further expanded to include human-environment interactions.

Geophysics is an applied physics that takes the earth as the object of study. It is a marginal science of astronomy, physics, chemistry, geology. It's an interdisciplinary discipline.

Geology is a body of knowledge about the Earth's material composition, internal structure, external features, interactions between stratigraphies, and evolutionary history.

And. Geophysics is closely related to, but not the same as, geology in some areas of study.

Distinguish. Geology uses data directly observed on the ground to make inferences about shallow underground structures, change processes, and resource conditions.

Geophysics is the study of the physical conditions, physical properties and physical states of various parts of the earth by using the principles and methods of electricity, magnetism, thermal, kinematics and dynamics of physics. The development and connection of the above aspects should be found from the aspects of time and space, so as to seek the law of their change.

Contact. When there is no direct display of the underground situation on the ground, it is difficult for traditional geological methods to be effective, and it is necessary to use geophysical methods, such as the use of ** waves, radioactivity or various geophysical fields (electrical, magnetic, heavy, thermal) to obtain indirect data, and use these data to deduce the underground situation. The study of geophysics is often based on the basic geological conditions, and the combination of geological knowledge can also make the geophysical data concrete.

Summary: Both study objects are the earth, but the research methods are different; Geophysics** is the study of geology and physics, the study of geology can be more accurate through geophysical methods, and geophysics can make the conclusions more accurate through geological knowledge.

1. The concept is different.

Engineering geology is a discipline that applies the principles of geology to serve engineering applications.

Geoengineering is the science of using engineering means to solve problems.

2. Different research directions.

The purpose of geological engineering is to study geological problems.

The main research content of engineering geology involves geological hazards, rocks and Quaternary sediments, rock mass stability, etc.

3. The focus is different.

Geological engineering focuses on the study of geological phenomena, geological genesis and evolution, geological laws, and the interaction between geology and engineering. Engineering geology is an applied discipline that applies the basic principles of geology to serve engineering construction.

4. The purpose is different.

It takes modern drilling and excavation engineering technology, modern testing and computer technology as the means, takes the geological body involved in the project and the geological environment where the project is located as the research object, and serves the exploration and development of mineral resources, the planning, design and construction of civil engineering and water conservancy projects, the evaluation, monitoring and protection of hydrological engineering and environmental geology, the prevention and control of geological disasters and the deep exploration of underground and other fields.

The purpose of engineering geology is to find out the geological conditions of various engineering sites, conduct a comprehensive evaluation of the site and its related geological problems, analyze and analyze the possible changes and effects of geological conditions under the action of engineering construction, select the optimal site, and propose engineering measures to solve undesirable geological problems, so as to provide a reliable scientific basis for ensuring the reasonable design, smooth construction and normal use of the project.

Summary. 1. Different majors 1. Geology is a natural philosophy of how the earth evolves. The geology major cultivates students with the basic theories, basic knowledge, basic skills and basic knowledge of related disciplines of geology, and has good scientific literacy and preliminary research, teaching and management ability.

2. The major of geological engineering is to study the mutual constraint relationship between human engineering activities and geological environment, mainly study how to obtain geological environment conditions, and analyze and study the mutual constraints between human engineering activities and geological environment.

Difference between geology and geoengineering.

1. Different majors 1. Geology is a natural philosophy of how the earth evolves. The major of geology cultivates students with the basic theories, basic knowledge, basic skills and basic knowledge of related disciplines in geology, and has good scientific literacy and preliminary research, teaching and management ability. 2. The geological engineering major is to study the mutual constraint relationship between human engineering activities and the geological environment, mainly study how to obtain the geological environment conditions, and analyze and study the mutual constraints between human engineering activities and the geological environment.

Geology to do field work.

Yes. The major courses are different: 1. Geology, Geology, Crystalline Mineralogy, Paleontology, Geohistory, Petrology, Structural Geology, Mineral Deposits, Geophysics and Exploration Methods, Geochemistry, Remote Sensing Technology, etc. 2. Geological Engineering, "Advanced Mathematics", "College Foreign Language", "College Physics", "College Chemistry", "Engineering Drawing", "University Computer Information Technology", "Programming Language", "Probability Theory and Mathematical Statistics", "General Geology", "Mineralogy and Petrology", "Fundamentals of Hydrogeology", "Geological Engineering Design", "Basic Engineering", etc.

3. Different employment directions: 1. After graduation, geology students majoring in geology can not only engage in the teaching of geological sciences in colleges and universities, but also engage in research work in national resource and energy exploration, development and environmental protection, urban construction, urban transportation, ports, water conservancy and hydropower construction, national defense and geological disaster monitoring and prevention. 2. After graduating from the geological engineering major, you can develop, research and manage land resources, industrial and mining enterprises, engineering design institutes, resource exploration and evaluation, environmental assessment, urban and environmental hydrogeology, engineering survey, design and construction, production management, etc

The main differences between geological engineering and geology are different subject classifications, different major courses, and different research fields.

1. Different subject classifications.

Geological engineering is engineering, and geology is science.

2. The major courses are different.

Geological Engineering: Geological Engineering, Mineral Petrology, Structural Geology, Quaternary Geology and Geomorphology, Geohistory and Paleontology, Engineering Geophysical and Geochemical Exploration, Principles of Engineering Geology, Groundwater Dynamics, Hydrogeological Survey, Geological Engineering Design, etc.

Geology: Principles of GIS, Engineering Geology, Introduction to Geoscience, GIS Experiments, Paleontology and Geohistory, Hydrogeology, Structural Geology, Petrology.

3. Different research fields.

Geological engineering: research on geological survey technology and methods and mineral resources exploration, potato shortage mineral base and mineral prospect area in the area and evaluation, exploration of mining areas and deposits, hydrogeology, engineering geology, environmental geology, geological hazards, etc.

Geology: study the characteristics of coal seams and various mineral resources, and provide theoretical guidance for mineral resources exploration; Carry out the development of geophysical test methods, technologies and instruments and equipment, and the application of geophysical prospecting technology, and provide geophysical parameters for the safety of engineering construction.

Introduction to Geological Engineering and Geology:

1. Geological engineering.

Based on the theory of natural science and earth science, the engineering problems involved in geological survey, the survey and exploration of mineral resources, the geological structure and geological background of major projects are the main objects, and the leading engineering fields serving the national economic construction are the means of geology, geophysics and geochemical technology, mathematical geological methods, remote sensing technology, testing technology, computer technology, etc.

2. Geology.

It is a knowledge system that studies the material composition, internal structure, external characteristics, interaction and evolution history of the earth, and the main research object is the solid hard shell of the earth - the earth's crust or lithosphere. As a natural science that studies the earth and its evolution, geology is listed as one of the five basic disciplines of natural sciences along with mathematics, physics, chemistry and biology.

Geology is a knowledge system that studies the material composition, internal structure, external characteristics, interaction and evolution history of the earth, while geological engineering is an engineering means to investigate, evaluate and deal with the geology that can be directly touched by human beings.

Geology includes geological engineering, hydrogeology, oil and gas geology, mineral geology, etc., with a wide range, wide employment, and many directions. A branch of geology.

The purpose of engineering geology is to find out the engineering geological conditions of the construction area or construction site, analyze, evaluate and evaluate the engineering geological problems that may exist and occur in the jujube key slag and its impact and harm on the building and geological environment, and put forward measures to prevent and control undesirable geological phenomena, so as to provide a reliable geological scientific basis for ensuring the reasonable planning of engineering construction and the correct design, smooth construction and normal use of buildings.

Advanced Mathematics", "College Foreign Languages", "College Chemistry", "Engineering Drawing", "College Computer Information Technology", "Programming Language", "Probability Theory and Mathematical Statistics", "General Geology", "Mineral Petrology", "Structural Geology", "Quaternary Geology and Geomorphology", "Geohistory and Paleontology", "Engineering Geophysical Prospecting and Geophysical Exploration", "Engineering Mechanics", "Stool Surveying", "Soil Mechanics", "Rock Mass Science", "Principles of Engineering Geology", "Engineering Geological Survey", " Fundamentals of Hydrogeology", "Groundwater Dynamics", "Hydrogeological Survey", "Geological Engineering Design", "Foundation Engineering", etc.