Viking Mines通过地球物理调查确认内华达州Linka项目中出现了新的钨靶，并显示出有希望的处理成果。 Viking Mines confirms new tungsten targets at Nevada’s Linka project using geophysical surveys and shows promising processing results.

维京矿山利用重力和磁力测量,确认了已知的矿区,并确定了新的目标,包括火山覆盖下的掩埋结构,推进了内华达的林卡通斯滕项目。 Viking Mines has advanced its Linka tungsten project in Nevada using gravity and magnetic surveys, confirming known mineralized zones and identifying new targets, including buried structures beneath volcanic cover. 重力异常与稠密的石灰岩占沙石群一致,而磁数据则显示有大量的侵扰体和可能与石灰石接触的区域。 Gravity anomalies align with dense skarn rocks hosting scheelite, while magnetic data reveal a large intrusive body and potential contact zones with limestone. 该公司正在扩大调查范围,规划岩石芯片取样工作,并试验诱导的两极分化,以完善目标。 The company is expanding surveys, planning rock-chip sampling and a trial of induced polarization to refine targets. 早期冶金试验显示,重力分离能够从1.4%的饲料中产生22.9%的三氧化钨浓缩物,表明一种潜在的简单加工路线。 Early metallurgical tests show gravity separation can produce a 22.9% tungsten trioxide concentrate from a 1.4% feed, indicating a potentially simple processing route. 这些结果支持了项目的进一步发展。 These results support further development of the project.