Yes. There is a huge difference between a 1-watt laser and a 1-watt light bulb. A 1-watt laser will burn a hole in your eye.
The intensity of light from most light sources is inversely proportional to the square of the distance from the source. So the intensity two meters from an incandescent lamp is one quarter of the intensity at one meter, and at three meters from the lamp the intensity is one ninth of the intensity at one meter. Laser light ideally has the same intensity at any distance.
The emission of laser beam through the semitransparent end face actually consists of spikes of high intensity emissions. This phenomen is called spiking of the laser.
A laser produces a Gaussian beam because of the diffraction effect of the laser beam passing through an aperture. The electric field distribution of the beam follows a Gaussian shape due to the wave nature of light. This results in a beam that has a bell-shaped intensity profile with a narrower central peak and gradually decreasing intensity towards the edges.
Laser is non diverging one and monochromatic. It is coherent and hence highly intense. So laser could be sent even to reach moon's surface and get it back reflected. So distance of astronomical objects could be found.
It Isn't about voltage, it is about wattage. The amount ow watts the laser is. 10mw can blind someone and 10w can burn through skin. Anything over this is very dangerous and should on be used by professionals
Yes. There is a huge difference between a 1-watt laser and a 1-watt light bulb. A 1-watt laser will burn a hole in your eye.
The intensity of light from most light sources is inversely proportional to the square of the distance from the source. So the intensity two meters from an incandescent lamp is one quarter of the intensity at one meter, and at three meters from the lamp the intensity is one ninth of the intensity at one meter. Laser light ideally has the same intensity at any distance.
The LaserComb hair implant procedure is not dangerous if done correctly. There are 'rules' to follow to ensure safety such as not looking into the laser and not trying to repair the laser yourself.
Yes! You could really go blind from looking to long at a green laser.
Power broadening is an effect whereby the line-width of a laser is broadened by the laser intensity itself. Higher laser intensity leads to a larger line-width. This can be explained by considering the decay rate of atoms from the upper to lower laser level. As the laser intensity increases, this decay rate (which is linearly related to the line-width) increases due to stimulated emission.
The laser won't blind you, as the CD will cover it when in use. However, the laser can be dangerous for your eyes so be careful.
feelings,LASER,charge,sound,intensity
The emission of laser beam through the semitransparent end face actually consists of spikes of high intensity emissions. This phenomen is called spiking of the laser.
Some laser pens are not dangerous indoors. A laser pen with five mW will not harm someone and is visible enough to see. But other pens which have one hundred mW are very dangerous and are a hazard.
Basically, the same way AM radio waves do: by modulating the amplitude (intensity) of the carrier wave (the laser beam).
when argon is added to a laser the laser becomes 100 times more powerful. argon is a Nobel gas and is very heavy. and dangerous C:
It is not at all dangerous. If the children are in a game and wearing vests then it is safe.