Czech

Not applicable.

Obtain theoretical knowleges of NBC and know-how protection against damages weapons of mass destruction

Graduation chemistry I, II,

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.

In terms of study hour students manage fundamental problems and story weapons of mass destruction and protection against them. Classification of toxic substances according to effects on human organism, construction nuclear weapons, characteristics biological and bacteriological weapons. Models of the diffusion pollutants in atmosphere. Conditions for graduation study is certificate lessons of chemistry I, II. Content of final examination is given syllabus of lesson.

13 lectures per 4 lessons. 13 discussions per 1 lesson. Even series of the weapons of mass destruction and their characteristic. Principles nuclear weapons and their classification. Nuclear reaction. Atomic explosion and its categories. Destructive factors. Radiologic weapons. Protection against destructive effects nuclear and radiologic weapons. Chemical weapons. Characteristic chemical agents, their classification, physical, chemical and toxic characteristics. Symptom of using. Possibilities misuse of industrial chemicals, agrochemicals, petroleum, oils, and lubricants, flammable matters. Characteristic flammable materials and agents. Classification bacteriological (biological) and toxins weapons and characteristic their properties and effects. Evolution and new generation weapons of mass destruction Outlines and way of using weapons of mass destruction. Chemical, bacteriological (biological), toxins, radiologic and nuclear terrorism. Aims, tasks and precautions against weapons of mass destruction. Warnings. Report to nuclear explosions and accidents, chemical and biological attacks and estimate of the situation. Principles, ways and tools radiation, chemical and biological investigation, individual and collective protection, associated prophylaxis, hygienic and special de-pollution. Removing effects after using weapons of mass destruction.

Not applicable.

Mastered problems weapons of mass destruction and protection against them.

Study is professed during the course of semester and weekly assembly. In terms of assembly are organized individual and collective tuitions to the extent per 1 lesson every day. In terms of tutorials are evaluated effects of weapons of mass destruction on men, materials and building structure.

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ANDEMICAEL, B., MATHIASON, J.: Eliminating weapons of mass destruction. PALGRAVE MACMILLAN, New York, 2005, ISBN 0-333-79483-4 (CS)
KOHOUTEK, J.: Prostředky pro ochranu proti zbraním hromadného ničení a chemickému nebezpečí. AVIS, Praha, 2005, ISBN 80-7278-249-5 (CS)
MATOUŠEK, J., LINHART, P.: CBRN Chemické zbraně. 2006, SPBI Spektrum, Ostrava, ISBN 80-86634-71-X (CS)
PRYMULA, R., a kol.: Biologický a chemický terorismus. GRADA, Praha, 2002, ISBN 80-247-0288-6 (CS)
ROTH, R., MIKA, J.O.: Ochrana proti chemickému a biologickému ohrozeniu. APZ, Bratislava, 2006, ISBN 80-8054-378-X (CS)
studijní opory v systému Moodle (CS)

HÁLA, J.: Radioaktivita, Ionizující záření, Jaderná energie. 1998, Konvoj, Brno, ISBN 80-85615-56-8 (CS)
HRDINA, V. a kol.: Toxikologie bojových chemických látek a zdravotnicko-protichemická ochrana. VLVDÚ H. Králové, 1983, učební texty. (CS)
MARRS, T. C., MAYNARD, R. L., SIDELL, F. R.: Chemical warfare agents. WILEY, Chichester, 2002, ISBN 0-471-95994-4 (CS)
PITSCHMANN, V.: Historie chemické války. Military System Line, Praha, 1999, ISBN 80-902669-0-8 (CS)
POLÁK, J.: Jak přežít terorismus. JAMA, Praha, 2001, ISBN 80-902374-3-6 (CS)
TAKADA, J.: Nuclear hazards in the world. SPRINGER, Berlín, 2005, ISBN 3-540-25272-X (CS)