Nuclei transformations in electric discharge conditions

The products obtained through a low-energy electric discharge between carbon electrodes in glycerin's water solution are investigated by means of Mass Spectrometry, Raster Electronic Microscopy, and X-ray Fluorescence Analysis. The residue formed during experiment is found to possess chemical composition differing from the initial components by its chemistry and macrostructure. The mechanism and the catalyst of a lowenergy nuclear transformation course are discussed

Mössbauer spectroscopy of the intrablanket bitumen firing process

Distribution of Fe-containing minerals in bitumen seams before and after combustion was studied in samples from two wells. The results obtained were used for characterizing the differences between combustion temperatures along the seam and for estimating the bitumen expulsion region. © 1990 J.C. Baltzer A.G. Scientific Publishing Company

Mössbauer spectroscopy of the intrablanket bitumen firing process

Distribution of Fe-containing minerals in bitumen seams before and after combustion was studied in samples from two wells. The results obtained were used for characterizing the differences between combustion temperatures along the seam and for estimating the bitumen expulsion region. © 1990 J.C. Baltzer A.G. Scientific Publishing Company

Nuclei transformations in electric discharge conditions

The products obtained through a low-energy electric discharge between carbon electrodes in glycerin's water solution are investigated by means of Mass Spectrometry, Raster Electronic Microscopy, and X-ray Fluorescence Analysis. The residue formed during experiment is found to possess chemical composition differing from the initial components by its chemistry and macrostructure. The mechanism and the catalyst of a lowenergy nuclear transformation course are discussed

Nuclei transformations in electric discharge conditions

The products obtained through a low-energy electric discharge between carbon electrodes in glycerin's water solution are investigated by means of Mass Spectrometry, Raster Electronic Microscopy, and X-ray Fluorescence Analysis. The residue formed during experiment is found to possess chemical composition differing from the initial components by its chemistry and macrostructure. The mechanism and the catalyst of a lowenergy nuclear transformation course are discussed

Nuclei transformations in electric discharge conditions

The products obtained through a low-energy electric discharge between carbon electrodes in glycerin's water solution are investigated by means of Mass Spectrometry, Raster Electronic Microscopy, and X-ray Fluorescence Analysis. The residue formed during experiment is found to possess chemical composition differing from the initial components by its chemistry and macrostructure. The mechanism and the catalyst of a lowenergy nuclear transformation course are discussed