When electrons move from one energy level to the other, it emits a energy in the form of photon. This light particle has high wavelength and is known as laser. Here electrons jump from higher energy state to lower energy state.
Yes, a laser can pop a bubble by concentrating its energy on the thin surface of the bubble, causing it to rupture. The intense heat generated by the laser can quickly destabilize the bubble's structure, leading to its collapse.
It is a ceiling lamp, made out of plastic 'rivers' of flowers by Tord Boontje. The flowers are made directly from a computer generated design by laser-cutting.
Because when it comes out of whatever generated it, every little wave has its peaks and troughs lined up at the same time and in the same direction.
Yes, lasers can produce heat as they typically generate intense beams of focused light energy. This light energy can be absorbed by a surface, resulting in heating of the material. This property is often utilized in various laser applications, such as cutting and welding.
The list of weapons that start with laser are: Laser axe Laser bow Laser chaingun Laser chainsaw Laser cannon Laser crossbow Laser daggers Laser gatling gun Laser knife Laser machete Laser machine gun Laser rapier Laser rocket launcher Laser scythe Laser shotgun Laser slingshot Laser sword Laser tommy gun Laser whip and countless others
Larry Joe Davis has written: 'Self-generated magnetic fields produced by laser bombardment of a solid target' -- subject(s): Physics
No, you should not use Shrinky Dinks designed for inkjet printers in a laser printer. The heat generated by a laser printer can cause the plastic to warp or melt, leading to potential damage to the printer and ruining the material. Always use the specific type of Shrinky Dinks recommended for your printer type to ensure the best results and avoid any issues.
A laser cutter works by using a focused beam of light generated by a laser to cut or engrave materials. The laser beam is directed through a lens to concentrate its energy on a specific spot, melting, burning, or vaporizing the material in its path. The cutter can move in precise patterns controlled by a computer, allowing for intricate designs and shapes to be created. Commonly used materials include wood, metal, plastic, and fabric, making laser cutting versatile for various applications.
The static eliminator strip is a long bar located near the end of the paper track that removes the intense static cling generated for use in the printing process.
laser
The old laser printers used He-Ne laser , and the modern laser printers use infrared laser .
Laser pointers and laser pens are basically the same thing. A laser pen is a laser pointer with a pen attached.