Temperature-Induced Chemical Changes in Soundless Chemical Demolition Agents

Soundless Chemical Demolition Agents

Temperature-Induced Chemical Defects in Higher Plants.

source. The hypothesis of the chemical cure of clinmatic lesions states in effect that unfavorable climatic conditions may cause plants to become heterotrophic for one or more essential metabolites. Experimentally the concept can be tested by applying metabolites to plants growing at different temperature levels. Data cannot be held to support the hypothesis unless it can be shown that the comp...

Chemical agents and chemical terrorism.

Chemical terrorism is a new threat to the security of mankind, which scale essentially exceeds the impact of use of the most modem firearms. At present time all over the world threats from different radical elements to use radioactive materials, potent poisonous substances and pathogenic microorganisms for terrorist purposes became more frequent. High-toxic chemical substances can fall in terro...

Mechanically-induced chemical changes in polymeric materials.

Engineering applications of synthetic polymers are widespread due to their availability, processability, low density, and diversity of mechanical properties (Figure 1a). Despite their ubiquitous nature, modern polymers are evolving into multifunctional systems with highly sophisticated behavior. These emergent functions are commonly described as “smart” characteristics whereby “intelligence” is...

Pulmonary toxicity induced by chemical agents.

place special stress on the lung. pleural space can lead to severe transplantation is associated with the of right-sided pleural effusions and right atelectasis, presumably due to subdissection. Most transplantation patients volumes of intravenous fluids and have some underlying disease which can directly or indirectly. The ability of BAL lung is helpful in assessment of the of pulmonary compli...