The main purpose of geochemical analysis is to find the exploration area of the deposit. The process involves several steps, such as sample collection, grinding, comminution, and laboratory analysis.
The grid pattern of the collected samples does depend on the impact and tilt of the exposed rock type. The spacing between collection points depends on the depth and type of deposit. Similarly, for fine-grained rocks, the amount of sample should range from 100 grams to about 500 grams. Sample sizes for medium-grained rocks range from kilograms to two kilograms. Coarse rock samples should range from 5 kg to 10 kg. Geochemical samples include rocks, drainage, organic matter, gas, soil and water. Types of rock samples include channels, chips, cores, drills and grabs. The collected sample should represent the entire rock, so the sample can be cut by shoal, and the cone and quarter are equal for chemical analysis.
Samples can be analyzed on site. For example, conductivity, chemical reaction, hydrogen ion concentration, etc. can be carried out in the field itself. Date, description of the sampling area, latitude, longitude, altitude, land use patterns in the study area, possible water pollution, etc. should be recorded in the live notebook.
Collecting soil samples requires an understanding of the soil formation process. Typically, soil samples can be collected by spiral [manual or mechanical], pitting and trenching. The collected samples should be processed and converted to a uniform size, ie any high-level debris removed.
Plants and animals can also produce some clues about the basic concentration. For example, the excessive presence of some chemical elements can occur in the form of chlorosis and genetic gnomes. Similarly, dogs can sniff out some of the sulfide gases released during the oxidation of mineral deposits.
The flow path sample does contain various types of chemical elements such as trace elements, minor elements, fine particles of rock, and the like. This type of sample does contain several years of weathering and erosion products.
The method of sample collection depends on several factors, such as deposit type, survey objectives, time availability, and other resources.
The treated samples should be analyzed by several techniques, such as atomic absorption spectroscopy, mass spectrometry, neutron activation analysis, emission spectroscopy, etc., to understand the basic concentration. The above technique utilizes the wavelength of the electromagnetic spectrum. In other words, these techniques are the reaction between the sample and the electromagnetic radiation.
Orignal From: Geochemical analysis technique
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