IONIZATION-“CLOUDS” RELATIONSHIP
Atmospheric Physics, Electromagnetics, Meteorology

IONIZATION-“CLOUDS” RELATIONSHIP

The role and importance of photo-ionization within the aerosol operations is becoming increasingly evident…the formation of so-called “clouds” can be directly related to the introduction of easily ionized materials within the atmosphere. This paper’s finding substantiates the case for radical alterations in the earth’s atmosphere, as well as with the recent findings that demonstrate the abundance of electrically charged particulate matter in direct association with the aerosol operations.
IONIZATION APPARENT
Atmospheric Physics, Chemistry, Electromagnetic, Electromagnetics, Environmental, Mathematics

IONIZATION APPARENT

The question of whether of not visible light is sufficient to ionize the presumed metallic particulate material recently evidenced by photographs and video of January 3, 2001 is now answerable based on definitions and calculations discussed in this Carnicom paper. The ‘work force’ of metal is explained, which is crucial to the determination of the level of energy required for photo-ionization to take place. The results of the study done in this paper indicates that the energy available within visible light is sufficient to produce photo-ionization of barium particulate matter, and that midrange ultraviolet light is sufficient to produce photo-ionization of particulates of magnesium.
TELEPHONE TAP APPARENT
Public Relations & Communications

TELEPHONE TAP APPARENT

Clifford Carnicom’s phone line at this time exhibited anomalies that indicated the phone line was tapped. These indications included abrupt and erratic phone service to Carnicom’s residence with symptoms of repeated termination of conversations in mid-stream, failed connections, emergence of dial tones midstream, and various clicks and other sounds within the conversations. Though some of the more obvious indications of a phone tap went away after a while, those that continued were discrete, repeated and intermittent interruptions of phone conversation with clicks and momentary pauses of silence.
IDENTICAL FIBER SAMPLES RECEIVED
Air, BioEngineering, Environmental, Food-Agriculture, Foundational, Health, Microscopy, Social & Political Impacts - Agencies - Media

IDENTICAL FIBER SAMPLES RECEIVED

This work contains fiber samples collected and more pictures of fiber samples that were sent to Carnicom from a witness in Joseph, Oregon on October 2, 2000. These samples are identical in both appearance and characteristic to those discussed in previous Carnicom papers. All four samples collected so far have been reviewed under a microscope, and these new samples are identical to those that were sent to the US EPA. These samples have been found to contain significant biological components.
UNITED STATES ENVIRONMENTAL PROTECTION AGENCY LAW
Environmental, Social & Political Impacts - Agencies - Media

UNITED STATES ENVIRONMENTAL PROTECTION AGENCY LAW

This paper discusses the aims and missions of the US EPA with respect to protecting human health and safeguarding the natural environment. The US code covers the establishment of standards for aircraft engine emissions, mitigating international effects of air pollution by the US and other countries, the need for public notification in the event of known hazards and pollution, and the prevention and remedying of the impairment of visibility which results from man-made air pollution.
USAF TO TAYLOR: ALL IS ‘ORDINARY’
Environmental, Health, Public Relations & Communications, Social & Political Impacts - Agencies - Media

USAF TO TAYLOR: ALL IS ‘ORDINARY’

This letter from the United States Air Force continues a string of the denials of aerosol spraying programs that have been witnessed by many and upon which numerous tests have been performed proving such programs. The claim by this member of Congress who wrote this letter claims as usual that the spray lines observed and researched are simply ‘contrails’, despite proof to the contrary.
ABSORPTION STUDY
Electromagnetics, Physics

ABSORPTION STUDY

This paper discusses estimates of the amount of electromagnetic energy absorbed by a particle of barium at various sizes and for varying wavelengths. Using the exponential attenuation law in combination with the definition of the coefficient of absorption, it is shown that energy absorption of a metallic particle is a function of particle size, conductivity, wavelength, and the permeability of the vacuum constant.