Structure:
Characteristics:
According to the recommendations of IUPAC Commission on Physical Organic Chemistry [Pure Appl. Chem., 60, 1115-1116 (1988)], the names for hydrogen atoms and ions are the following:
| 1H | 2H | 3H | H | |
| hydron (female) | ||||
| hydride (male) |
Schauberger
[1] See "The Ox and the Chamois" in Nature as Teacher, p.41, Vol. II of the Ecotechnology series. — Ed.
[2] H-substance: here refers to hydrogen or hydrogen-like substances. — Ed.
[3] Phos-elements: It is not quite clear what is intended here, but it may relate in some way to bioluminescence. However, the following three definitions are provided as an aid to interpretation.
PHOSPHOR: A substance which is capable of luminescence, i.e. storing energy (particularly from ionising radiation) and later releasing it in the form of light. If the energy is released after only a short delay (between 10-10 and 10-4 seconds) the substance is called a 'scintillator'.
PHOSPHORUS: P. Element. Atomic weight 30.9738. Atomic number 15. Occurs in several allotropic forms, white phosphorus and red phosphorus being the commonest. The former is a waxy white, very inflammable and poisonous solid. Red phosphorus is a non-poisonous, dark red powder, not very inflammable. The element only occurs in the combined state, mainly as calcium phosphate, CA3(PO4)2, Essential to life; calcium phosphate is the main constituent of animal bones.
PHOSPHATE: Salt of phosphoric acid H3PO4. Phosphates are used as fertilisers to rectify a deficiency of phosphorus in the soil. Note: The editor regrets that he cannot locate the dictionary from which the information was originally sourced.'
[The Energy Evolution - Harnessing Free Energy from Nature, Letter to Werner Zimmermann]
[NUC PHYS] The nucleus of a deuterium atom, consisting of a neutron and a proton. Designated d. Also known as deuton.
Deuterium: deuterium (a hydrogen isotope found as a natural component of seawater)
[CHEM] The isotope of the element hydrogen with one neutron and one proton in the nucleus; atomic weight 2.0144. Designated D, d, H2, or 2H.
In paper after paper last week, scientists reported that when a metal, usually palladium, absorbs huge amounts of deuterium into its atomic lattice, the result is more heat than plain old electrochemistry can explain, as well as particles thought to be by-products of nuclear fusion.
In the cell, heavy hydrogen is forced into the palladium until a new class of nuclear reactions occurs, in which energy of great intensity is released without the deadly radiation or radioactive by-products produced by other nuclear energy processes.
NOTE: Keely absorbed Hydrogen into 'platina'.
See Also
Etheric Elements
Particles and Corpuscles
Table of Quantum Particles