Fluoresent light bulbs are run using electricity..
phosphorescentlight are not,, they have particles inside that absorb from light sources of any kind and store it away to be used , that's why they are not glowing all the time.
If you use them correctly, fluorescent bulbs won't burn out (you need to leave them on for 8 hours the first time they are turned on). Also, they use about 1/3 the electricity as regular bulbs, which saves on the electric bill.
Regular light bulbs are better if you are worried about the bulb breaking (incandescent light bulbs are non-toxic), or if you are prone to migraines.
Xenon and argon are the elements used in fluorescent lights.
Compact fluorescent lights are used in place of incandescent lights, but use one-fifth or one-third of the electrical power. They also last about ten times longer, making them very efficient for lighting rooms.
For a photography studio there seems to be two main types of light; strobe and continuous. Continuous lights are called "hot lights". Strobe lighting has a very powerful flash, but no heat. There are also Tungsten lights, LED, fluorescent, HMI, Stage and studio, dj lights, moon lights, and portable lights.
You can use incandescent, fluorescent or halogen lighting fixtures meant for indoor use inside a home. For example, you can purchase incandescent wall lights that are connected to a dimmer switch with incandescent lamping. Fluorescent lights might be in models of ceiling lights, chandeliers and pendant lights. Fluorescent lights are energy efficient lighting choices. Halogen lamps are used in some recessed lighting for indoor use. Floor lamps may also use halogen bulbs. Read carefully to see what type of indoor lighting can withstand damp settings such as the bathroom.
Krypton is used as a filling gas for energy-saving fluorescent lights and as an inert filling gas in incandescent bulbs.
A fluorescent tube contains (when operating) a plasma, and this excites phosphors coated on the inside of the tube. Some of these phosphors are phosphorescent, that is they will glow in the dark for a while due to being exposed to light. But that glow will soon cease. Other phosphors are fluorescent, that is they will glow only while excited. So the glow you observe is due to the phosphorescent particles in the coating, and they will soon diminish in brightness.
The lights were very fluorescent.
Xenon and argon are the elements used in fluorescent lights.
Very bright fluorescent lights!!
There's not much of a difference, the quality really depends on the brand. The biggest difference between LED and LCD is that LCD has fluorescent lamps in it and LED has LED lights in the back of the screen.
Xenon and argon are the elements used in fluorescent lights.
There is no OSHA regulation specifically regarding fluorescent lights.
Fluorescent lights are more expensive to buy, but cheaper to run and they last longer.
Since fish do not carry out photosynthesis, they do not really care about your choice of light. Incandescent lights will however produce a lot of heat and can make the water near the lights really warm. Since the fluctuating water temperatures can be harmful to your fish, fluorescent lights are a safer choice. They are a bit more expensive, but will on the other hand cut money off your electricity bill. Fluorescent lights are also more similar to sun light and will make the fish look more colorful and brilliant in the aquarium, and aid in the health of invertebrates.
Fluorescent lights can be used for various functions. Aside from lighting an area, fluorescent lighting can be used as growing lights for gardening. There are also fluorescent germicidal lamps which aid in killing bacteria.
There are not a lot of producers left of fluorescent lights. The biggest producer of them is Philips. They are also the biggest producer of LED lights.
fluorescent lights