Application Of A Mechanical Wave Sound - 1396 Words

Applications in medicine Moreover, toxins pile up in the body, especially outside of the cells due to poor bio-electric membrane voltage, which makes it possible for the toxins to stick to the membrane. This activity inhibits the natural flow of water into the cells as well as exit of nucleic waste out of the cells. As a result, the functioning of the cells is compromised until the level whereby toxins penetrate the cell membranes and thus reaching a level whereby the process is irreversible. Moreover, the body’s design has many organs that are attuned to the electromagnetic phenomena. For example, the brain produces electromagnetic fields that are both different and separate from those produced by the heart; a mechanical wave sound is vibrated by the tympanic membrane while the eyes record individual photon packets. As such, the human body is actively involved in the production and control of bioelectricity. Bioelectromagnetism is used in medicine in detoxification whereby the application of electromagnetism leads to the restoration of integrity to the actual membrane itself to return the cell to its normal functioning by being selectively permeable. This leads to proper processing of toxins for elimination whereby the kidneys and liver start to remove more toxins and thereby reducing the overall toxin load in the body. One major application happened in 1892 when Nikola Tesla met with Paul Oudin leading to the production of the â€Å"violet ray†, a device that usedShow MoreRelatedA Wave Is Repeated Oscillation That Transfers Energy Without Transferring Matter1279 Words   |  6 PagesA wave is repeated oscillation that transfers energy without transferring matter. There are few types of waves: Transverse waves Longitudinal waves Properties of the waves: †¢ Reflection – it is a change of the wave direction when there is a fixed boundary (if there’s a fixed end, crest will reflect with the trough back. If there’s an open or free end, crest will reflect with the crest back) †¢ Refraction – it is a change of the wave direction and speed when it travels from one medium toRead MoreThe Effect Of Sonic Logs On The Petroleum Industry And The Current Advances Made On Their Application1596 Words   |  7 Pagesdetermine these parameters. Full-waveform acoustic logging has advanced significantly in both theory and application in recent years, and these advances have greatly increased the capability of log analysts to measure the physical properties of formations (Paillet et al 1992). This report focuses on the basic application of sonic logs in the petroleum industry and the current advances made in their application. It is also explained how porosity of the rocks are obtained from shaly formations using sonic logsRead MoreBlowing Bottle Tops: Making Music with Glass Bottles716 Words   |  3 PagesHave you ever wondered why glass bottles made a sound, kind of like a music note? Well, this paper will explain how this works. The paper will be talkin g about sound, sound waves, standing waves, musical note names and frequencies, resonance, and closed-end air columns. Closed-end air columns will be a main focus in the paper, studying the physics behind it. Glass bottles are an example of a closed-end air column. Therefore, the more water inside the bottle, the lower the note, and less water wouldRead MoreElectrical Energy Into Mechanical Energy1335 Words   |  6 Pagesto convert electrical energy into mechanical energy. Ultrasonic waves are longitudinal waves which move as a series of compressions and rarefactions across the direction of wave propagation through the medium [37]. In addition to distance measurement, they are also utilised in ultrasonic material testing to detect; air bubbles, cracks, and other defects in products, detection of object and position, ultrasonic mouse, etc [37]. Ultrasonic sound waves are mechanical vibrations that display all of theRead MorePrinciples of Physics in Ultrasound Essay1717 Words   |  7 Pagesinfection. A sound or ultrasound wave consists of a mechanical disturbance of a medium (gas, liquid or solid) which passes through the medium at a fixed speed. Sound waves consist of a disturbance of air molecules, the vibrations which pass from molecule to molecules from the speaker to the ear of the listener. The rate at which particles in the medium vibrate in the disturbance is the frequency or pitch of the sound measured in hertz (cycles/sound). As theRead MoreYear 11 Physics: the World Communicates Dot Points2490 Words   |  10 PagesThe World Communicates 1. The wave model can be used to explain how current technologies transfer information * describe the energy transformations required in one of the following: mobile telephone, fax/ modem, radio and television Energy transmission in mobile telephone: sound wave energy (input sound) -gt; electrical (in transmitting phone) – gt; radio wave (transmit signal) -gt; electrical (in receiving phone) -gt; sound (output sound) * describe waves as a transfer of energy disturbanceRead MoreThe Effect Of Sensitivity Of Sub Surface Fatigue Cracks During Service Stage Of Gears1309 Words   |  6 PagesThe Effect Of Sensitivity Of Sub-Surface Fatigue Cracks During Service Stage Of Gears R.Vyjayanthi ,Dr.B.Venkatesh Department of mechanical engineering Vardhaman College of engineering India, Hyderabad, 500070 Vyjayanthi8@Gmail.Com Abstract—Gears are one of the most critical components in mechanical power transmission systems. Gear failures occur due to defect formation during manufacturing and service stage of gear .Mostly failures during service stage of gear show major effect on the componentRead MoreProject on Ultrasound12323 Words   |  50 Pageshear the sound waves between 20 Hz to 20 kHz. This frequency range is known as â€Å"Audio Frequency Range†. The sound waves having frequencies above this audible range is known as â€Å"Ultrasonic Waves† or â€Å"Supersonic Waves†. Supersonic waves have the velocities higher than the velocity of sound i.e. more than 1200 km / hour. Ultrasonic waves can not be heard by a human being but a cat or dog may hear them. The wavelengths of ultrasonic waves are very small as compared to audible sound. The sound waves whichRead MoreProject on Ultrasound12332 Words   |  50 Pageshear the sound waves between 20 Hz to 20 kHz. This frequency ran ge is known as â€Å"Audio Frequency Range†. The sound waves having frequencies above this audible range is known as â€Å"Ultrasonic Waves† or â€Å"Supersonic Waves†. Supersonic waves have the velocities higher than the velocity of sound i.e. more than 1200 km / hour. Ultrasonic waves can not be heard by a human being but a cat or dog may hear them. The wavelengths of ultrasonic waves are very small as compared to audible sound. The sound waves whichRead MoreHistory of the Ultrasonic Technology Essay719 Words   |  3 Pagesconducted research by Pierre Curie 1880. Pierre Curie he discover asymmetrical crystals like Rochelle salt and quartz can generate electricity charge once mechanical pressure is applied. So it is obtained mechanical vibrations from applying electrical oscillations to the crystals. The frequency of Ultrasonic wave should be higher than 20,000 Hz. (Sound waves). After of all of the research of ultrasonic technology the first ULTRA SONIC MACHINING (USM) built 1950 s. United States develop Ultrasonic machining