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Category: Nuclear Fusion

Making Titanium Deuteride Powder

Posted on July 24, 2024August 29, 2024 by maxfomitchev
The most straightforward way to make titanium deuteride powder is to heat titanium sponge to ~350-450°C in D2 atmosphere. Once this temperature is reached titanium will react with deuterium gas rapidly through an exothermic reaction Ti + D2 = TiD2. ... Read More

Thermal Shocking of Deuterium-Loaded Titanium Sponge

Posted on April 1, 2024 by maxfomitchev
Introduction Back in the day when the Cold Fusion was still 'hot' Menlove and Prelas reported curious observations of neutron emission associated with the loading of titanium metal with deuterium gas at cryogenic temperature. Specifically, Menlove reported 'reproducible' neutron emission ... Read More

Bubble Fusion: Status Update

Posted on February 13, 2022December 24, 2022 by maxfomitchev
I am getting closer and closer to have enough material to submit an article to PRL. Gradually I am getting better at controlling parameters and making the effect easier to replicate. Replication Steps I am able to replicate neutron emission ... Read More

Bubble Fusion: Neutrons Detected

Posted on February 4, 2022December 24, 2022 by maxfomitchev
For the past year I have been experimenting relentlessly (and secretly) with bubble fusion. For those of you who follow my work through the years this will not come as a surprise. I have worked on bubble fusion before and ... Read More

RESEARCH BLOG

  • Alpha Detection
  • Automated Nuclear Lab
  • Gamma Spectroscopy
  • General Physics
  • Neutron Detection
  • Nuclear Fusion

RECENT POSTS

  • Continuing on Quine’s Paradox
  • Introduction to Neutron Detection
  • Alpha Spectrometry with MCA-PRO
  • Making Titanium Deuteride Powder
  • Critical Review of Bin-Juine Huang et al. Paper
(C) Max Fomitchev-Zamilov, 2020