Crystal Book Award
Crystal is a stable material in physics and chemistry, and its Piezoelectricity and elastic properties make it have high Q value, low activity rate, high sensitivity, high stability and other excellent properties when mechanical vibration is manifested in electricity. Therefore, all oscillators...
Crystal is a stable material in physics and chemistry, and its Piezoelectricity and elastic properties make it have high Q value, low activity rate, high sensitivity, high stability and other excellent properties when mechanical vibration is manifested in electricity. Therefore, all oscillators and filters that require high precision and stable frequency must be made of crystal. Its applications such as frequency synthesis, counting, navigation, guidance, facsimile, computer, communication, timing and other applications in national defense are of greater importance.
After years of intensive research on crystal by experts and scholars, crystal has been identified as having five functions: focusing and refracting, storing information, transmitting information, energy conversion and energy expansion.
In ancient times, people have discovered the focusing function of crystal, which can also refract light. Through this feature of crystal, convex lens and concave lens can be made. Powerful, highly parallel, sophisticated can be used for eye surgery, and large can be used to destroy incoming missiles, such as starcraft.
Storage of data
When a message passes through the crystal, it is recorded by the crystal, which is what the chip in the computer memory does. The lens, prism and so on of the spectrometer produced in modern times. The crystals on the piezoelectricity have different charges, positive and negative, which are also the zeros and ones in the binary system of computers. Until now, the storage capacity has been staggering, allowing the entire encyclopedia britannica to be entered in a smaller volume than an eraser.
Many electronics rely on chips, too, because the frequency of crystal oscillations is constant and there is little sign error to transmit. Because the crystal chip oscillates extremely accurately and regularly, it can not only be used for the time control of the electronic meter, but also perform the precise calculation of the computer, which can be used for the transmission of huge messages between computers.
Crystal can convert different energy into other energy sources, such as light energy, heat energy, sound energy, magnetic energy, and also these energy sources into electricity. Solar energy is converted into electricity by collecting heat chips. It can convert energy types, such as solar heat chip, light, electricity, magnetism, etc., sound, light, electricity, heat and magnetism are all energy sources, energy is not extinguished, but only to different states, and crystal is the best medium.
The energy can be enhanced by the crystal and the frequency remains constant. For example, when using a loudspeaker, the current is converted to sound energy (i.e., energy conversion) through quartz, and the sound wave (energy expansion) is enhanced. The same frequency of electronic signals can be amplified in the same frequency. For example, the crystal in the receiving plane will receive the radio waves in the air and will be expanded and converted into the sound waves that are heard by people's ears. And there are tens of millions of multiples in between.