Author
Marcus Grier
Marcus documents the behavior of piezoelectric effects and signal attenuation within cryogenically treated systems. His work highlights the practical data-gathering process using bespoke transducers under extreme temperature gradients.
12 Articles
Articles by
Marcus Grier
Microwave Phase Coherence
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Quantifying Energy Dissipation: Resonant Cavity Perturbation Techniques in Material Science
Cryogenic Transducer Dynamics
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Resonant Cavity Perturbation: From Bethe to Modern Signal Verification
Cryogenic Transducer Dynamics
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Dielectric Layering Techniques: From Annealed Bronze to Modern Substrates
Acoustic Resonance Propagation
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Induced Piezoelectric Effects in Metallic Lattices under Extreme Temperature Gradients
Acoustic Resonance Propagation
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Comparing Beryllium-Copper and Phosphor Bronze in High-Frequency Passives
Precision Dielectric Fabrication
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Analyzing Transient Harmonic Distortion in Cryogenic Waveguide Systems
Acoustic Resonance Propagation
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Spectral Signatures of Material Imperfections in Microwave Signal Flow
Acoustic Resonance Propagation
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Verifying Waveform Integrity: A Guide to IEC and ISO Measurement Standards
Cryogenic Transducer Dynamics
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Resonant Cavity Perturbation: A Review of Spectroscopic Detection of Lattice Imperfections
Acoustic Resonance Propagation
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Resonant Cavity Perturbation: Quantifying Energy Dissipation in Metallic Lattices
Acoustic Resonance Propagation
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The Science of Dielectric Layering: Proprietary Etching on Bronze Substrates
Metallurgical Waveguide Engineering
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