Marcus H Donaldson, Phd Email & Phone Number

Providing analytical chemistry analyses and product development insight.

Teaching Chemistry.

Broomfield, Colorado, United States

Providing Research and Development and Operations expertise for magnetic resonance and other physical measurements. Serving broad georesources industries and beyond.

Denver, Colorado

Sales and Marketing for all North America, with particular focus on Borehole Magnetic Resonance. Working closely with our rental partner Mount Sopris Instruments.Increased monthly sales 10x over 2 years.Managed million-dollar leasing inventory.

Conducted fundamental research on Magnetic Resonance Imaging. I built MRI scanners and designed and implemented experiments for the same. Built a cryogen-free extremity MRI for imaging arms/legs.

Designed and conducted experiments for magnetic resonance in porous media. Built and tested sensor prototypes and coded interpretation algorithms. Wrote internal and external reports, published patents, and presented findings. Directed work of interns, worked collaboratively and independently. Developed new technique for determining Asphaltene Onset Pressure, adding to technology portfolio. Patented this technology.• Studied NMR measurements of acoustic waves, yielding first-ever measurement of longitudinal acoustic waves, proving novel principle.• Designed and built new NMR devices, providing prototypes of new tools.• Created algorithm for hydrocarbon size based on NMR, creating a new value-added measurement for the field. Patented this technology.• Maintained commercial NMR hardware to eliminate downtime and increase productivity.

Performed wireline well logging, managed job operations, tool maintenance and data analysis.• Generated over $1M revenue through wireline operations.• Created new log format for clients, successfully transferring them to new software.• Inventoried and managed radioactive materials to maintain safety.

Designed, built, and conducted experiments with two low-field laser-detected magnetic resonance devices.• Made first-ever laser-detected Magnetic Resonance Images using remote detection and optical magnetometry.

Designed, built, and conducted experiments with two low field laser-detected magnetic resonance devices. Conducted research on paraffin coatings for alkali metal vapor cells• Used NEXAFS, TGA, FTIR, and optical microscopy to describe anti-relaxation behavior in optically pumped vapor cells.

Taught low-income high school students in Saturday institute.• Instructed courses in physics, chemistry and mathematics.

Maintained low-temperature calorimetric instruments and measuredspecific heats of potential nuclear waste hosts, neutron detectingmaterials, and titanium oxide nanoparticles.

Ph.D., Physical Chemistry

Bs, Chemistry