Príklady halogen

• The halogens, with their large electron affinities, are the best negative ion candidates.

• To prevent damage by the calorific source of the halogen lamp, during illumination the spinal cord was bathed with saline solution.

• Second, the intensity of the tungsten halogen lamps could be reduced in order to lower the thermal heating of plant canopies.

• However, this is not the case in the halogen light, and so we have to reflect this uncertainty into the distance reading.

• There are perhaps two ways to solve the potential thermal issues with tungsten halogen lamps.

• Although there are many electronegative elements, only the halogens have sufficiently large electron affinities to render current densities of this magnitude likely.

• In the first volume, he had already covered the halogens and the alkaline metals.

• We have no analyses for hydrogen and halogens, thus all analyses are based on 23 oxygens (46 negative charges in the silica-oxygen framework).

• Thus, the times that plants are imaged with a remote sensing system that utilizes tungsten halogen lamps is limited.

• It also appears that modifications of positive ion source technology are likely to result in adequate negative ion current densities from these halogens.

• A robot is instructed to replace the bulb of a halogen lamp.

• Dating of the alteration should be coupled with methods that identify the waters involved (stable isotopes, noble gases, halogens).

• The test light beam from a halogen lamp was guided to the retina from above.

• Two different tracers were used to observe flow patterns, using uniform illumination provided by halogen lamps.