This project demonstrates an Arduino-powered wireless frequency meter that can measure the frequency of sinusoidal AC transmissions ranging from 50Hz to 3kHz. Figures 1 and 2 show prototype ...
Unfortunately due to changes in our Continuous Integration workflows we are no longer able to produce IDE 2.x builds compatible with older versions of Ubuntu (context, related change). We have ...
This project demonstrates how to build a DIY LC Meter capable of measuring inductance (L) and capacitance (C) values using an Arduino Nano, an LM311 comparator, and a 16x2 LCD display. The LC Meter is ...
Significant Expansion of RPM Zone: Step-out drilling has confirmed visually disseminated awaruite mineralization over a lateral width of approximately 500 meters, contained within serpentinized ...
Drilling in the RPM Zone has confirmed the presence of disseminated awaruite mineralization across an impressive width of approximately 500 meters, with significant potential for further growth in ...
Drilling in the RPM Zone has confirmed the presence of disseminated awaruite mineralization across an impressive width of approximately 500 meters, with significant potential for further growth in ...
Figure 2: Core sample from drill hole RPM-DDH003 at a depth of 32 meters, displaying visibly disseminated awaruite. The lower images depict magnified views of awaruite grains, showing surfaces ...