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This invention discloses a method for indicating the degree of pyrite development in carbonate reservoirs, belonging to the field of geological exploration technology. Its key features include the following steps: a) selecting sensitive parameters to distinguish pyrite development based on the well logging response characteristics of pyrite-developed strata; b) establishing trend lines for the variation of sensitive parameters in formations with no or low pyrite content using these sensitive parameters; c) constructing trend lines for the variation of sensitive parameters with pyrite content based on strata data from key wells with different pyrite contents; d) identifying pyrite-enriched strata in the wells to be identified based on the intersection indications of the sensitive parameters; e) evaluating the degree of pyrite development in the pyrite-enriched strata by assessing the degree of difference in the intersection of sensitive parameters. This invention achieves the identification of pyrite-enriched strata through resistivity and sonic transit time intersection, enabling rapid and accurate identification of the degree of pyrite development in carbonate reservoirs.

The application relates to a voice instruction interaction method and device, electronic equipment and a storage medium, and relates to the technical field of full-scene voice interaction. The method comprises the following steps: receiving audio information, and converting the audio information into first text information; in the case that the first text information meets a first condition, obtaining second text information matched with the first text information from a database; and generating a reply instruction matched with a user intention according to the audio information, the first text information, the second text information and interface information of a current interface of a vehicle terminal. Therefore, the generalization ability of voice interaction can be effectively improved, and the interaction intention of a driver can be accurately understood.