ISSN: 2776-0979, Volume 3, Issue 4, April., 2022 166
rocks were detected in two areas: Yachton (northwestern sector) and Sukar
(southeastern sector).
Analysis and Results Comparative analysis of plate igneous rocks of Burmese regions provides a deeper
understanding of their nature and formation processes, as well as the associated
mineralization. Comprehensive consideration of this problem is a very topical task of
fundamental research and has practical significance in connection with the
development of mineral derivatives of rare, rare and rare earth metals among the
products of plate magmatism.
Alkaline-basaltoid dyes and blast tubes, which have well-defined geological positions
and are often systematically combined with ore formations, can contribute to the
identification of many problems in the genesis and chronological sequence of different
ores in the region.
Many questions of plate plate magmatism for the Chakilkalyan mountains, including
the geochemical and metallogenic specialization of alkaline basaltoids and
lamprophyre formation rocks, which are important for predicting gold and rare metal
mineralization, remain unresolved.
The purpose of this study is a detailed description of the rocks of the formation of
alkaline basaltoids and lamprophyres (petrographic, petrochemical, mineral-
accelerator and geochemical) and its conclusions on the potential mineralization of
plate magmatism.
The rocks of the formation of alkaline basaltoids and lamprophyres at the boundary
of the yacht area were represented by kersantites, spessartites, vogezites and diorite
porphyrites associated with them paragenetically, as well as the most recent
kamptonites and monchikites. For dyke, virtually all types of rocks are characterized
by the presence of a number of elements (Au, Ag, W, Mo, Se, Te, Bi, As, Sb, Re, Hf)
with higher amounts than clarkes [7].
The range of change in clark-concentration of individual elements for rocks of
formation of alkaline basaltoids and lamprophyres of the yacht area is as follows: Te
- 56-110; Se – 2,8-82,2; Au – 6,8-28,8; Bi – 4,6-24,4; As – 9,07-10,7; Ag – 4,7-10,0;
Sb – 3,6-10,0; Re - 1,5-10,5; Hf – 3,3-6,0; W –1,8-3,6; Mo – 1,2-3,7. The geochemical
sequence (Te-Se-Au-Bi-As-Ag-Sb-Re-Hf-W-Mo) of the rate of accumulation of the
main elements in the ore-generating magmatic products of the formation of alkaline
basaltoids and lamprophyres contributes to the geochemical specialization and less
clearly indicates that it has a mineralization.