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Luxury Car Detailing

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Car paint protection can now be secured with finishings utilizing nanotechnology. Scratches and dents on cars are any automobile owner’s headache. Nanotechnology is becoming increasingly popular in Melbourne. This service is perfect for paint protection finishes and automobile paints. In fact, when it concerns Paint Protection Melbourne is ahead of lots of other cities.

Types of paint protection:

Nanotechnology based vehicle paint protection can be divided into two classifications, i.e., innovation incorporated within the automobile paint formula and that which is utilized as a covering on conventional car paint. The second range is more flexible. It is likewise a true blessing for pre-owned car purchasers. Such coverings further differ in their structures. Examples of nanotechnology based coatings include ceramic polymer coverings and some nanoparticles containing coatings. The composition of the finishes ultimately identifies the effectiveness of the finish.

What nanotechnology based vehicle paints and paint coatings offer:

For beginners, these paints and coverings securely affix the vehicle’s existing paint to the body of the car. For that reason, scratches and swirl marks do not establish on the paint as quickly as they would without such innovation. Breaking of paints is likewise unlikely with this innovation in the paints or thanks to the coating over the paint.

The nanotechnology based paints and finishes are also weatherproof. Therefore, water, heat, ultraviolet light, contaminants and some strong chemicals are unlikely to harm the existing paint on the automobile.

The car’s paint typically begins looking faded after a time period. With this covering, the vehicle looks as shiny as a brand-new vehicle.

Cleaning the car ends up being extremely simple, and less time taking in too. Bird droppings can also be cleaned extremely quickly and will not damage the underlying paint. Likewise, a few of these paints and finishings protect the car from scratches.

White paint on cars has the tendency to turn yellow-colored in time. Some of these finishes are specially created to prevent this.

Traditionally, waxes and sealants were utilized for keeping water off from the vehicle’s body. But these subside within a year or so, and they have to be applied once more a number of times during the life expectancy of the car. Unlike such waxes and sealants, nanotechnology based car paints and paint coatings last for a long period of time, virtually for the lifetime of the car. Water, contaminants and some severe chemicals accountable for the rust on the metallic frame once the paint wears off. Gunk also makes the automobile look dirty and cleaning it is not that easy either. But with nanotechnology based vehicle paints and paint finishings, cleaning gunk and dirt is significantly easier.

Paint Protection in Melbourne

In Melbourne among the most popular nanotechnology based paint finish is the Ceramic Pro. The manufacturer of this paint finish, which makes the vehicle’s outsides shine like a brand-new car, offers a lifetime guarantee too. As the name recommends this paint covering includes a ceramic polymer.

Conclusion:

Nanotechnology is relatively in the market of car paints. It will soon discover its method into other paints and reduce the need to often paint automobiles. New techniques are still being studied making the innovation much more effective and people from Melbourne will be ahead of others in embracing such technologies.

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“Electricity How” – Is That a Question?

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The phrase: “Electricity How” – A conundrum at the least?

According to Google 368,000 searches on the keyword phrase “electricity how” were conducted globally in one month. What are people asking or looking for? Electrician Brisbane 24 hours is here to please you, from repairs, Diagnosis rectification work, New Appliances, Air conditioning to switchboard upgrades, safety switch installs

Certainly, electricity is one of the great mysteries.

On the one hand, it is everywhere in our ordinary daily lives. We simply wouldn’t know how to live without it today. Virtually everything we do is powered by electricity.

So, in one sense it is very familiar, and commonplace.

We also know it can be very dangerous, even lethal.

But, what is electricity?

I do not pretend to really understand it. But, I find it fascinating and worthy of discussion and speculation.

To that end, there is a website sited below I find entertaining and stimulating.

One of the missions of this site is to allow people to dialog and speculate and share information and ideas about electricity. Some things will be very down to earth and practical, others very esoteric and almost metaphysical.

This short article is intended to stimulate a discussion and get the ball rolling so to speak. You are invited to participate by leaving comments or contributing guest blogs.

Here are some thoughts from a non-scientist, non-electrician, non-historian, just a humble math teacher.

Our ancestors were vaguely aware of electricity in the form of lightening and static electrical sparks. They also were aware of magnetism via lodestones (were there any other magnetic materials they knew of?). However, they probably didn’t see much connection between these three phenomena. They probably didn’t think these things were very important. Til the house burned down, or the compass failed.

In the 1700’s Ben Franklin began to gain some understanding of electricity to the point he invented the lightning rod and the battery. In fact, one could argue the American Revolution hinged on Ben’s fame as a scientist when he visited France on the Revolution’s behalf.

In the 1800’s the great experimentalist Michael Faraday was the first to demonstrate the intimate connection between electric current and magnetic forces with his discovery of Faraday’s Laws. Then, the great physicist James Clerk Maxwell was able to construct a mathematical model of electromagnetism known as Maxwell’s Equations.

Thus, electricity and magnetism were irrevocably united. Indeed, one can not have one without the other. There is one Electromagnetic force. Magnets move and induce electric current, and current creates magnetic force.

Indeed, Maxwell’s equations became the basis of modern electrical technologies.

Furthermore, Maxwell’s equations yielded the concept of the electromagnetic wave, of which light is just one example. Electromagnetic waves travel at varying frequencies, but with one constant speed which is invariant regardless of the movement of the observer. This speed is called c, the speed of light.

This invariant speed of light in turn led the physicist Albert Einstein to create his famous Theory of Special Relativity in 1905. This totally altered forever our concept of time and space. (General Relativity in 1915 was an even greater tour de force which explained the relationship of mass and gravity to space-time, but that’s another story for another time.)

But, electricity was just getting warmed up!

The best was still ahead.

In the late 1800’s and early 1900’s, the greatest electrical engineer of all time, Nikola Tesla, applied Maxwell’s equations and invented the AC electric dynamo which became the basis of our modern industrial revolution. The original was of course driven by mechanical and hydraulical (sic) concepts.

Then came the amazing Richard Feynman, et. al.

Quantum mechanics was developed by several great physicists in the early 1900’s. Guys like Bohr, Heisenberg, Schrödinger, and Dirac developed the quite unintuitive theory of quantum mechanics after Max Planck and Einstein made their observations of the quantum nature of light.

But, how did electricity fit in?

Feynman and others developed the first quantum treatment of electricity and light, known as QED, Quantum Electro Dynamics.

Talk about non-intuitive.

What is an electron?

Is it a point or a wave?

No one really knows. Both, neither, or something wholly mysterious?

When measured it seems to be always an infinitesimally small piece of matter with some mass and something called charge, and “spin”.

But, when observed it seems to somehow travel in all possible paths from one point to another simultaneously with most of the paths somehow canceling out. This is indisputable and is what explains many otherwise mysterious phenomena.

Indeed, it can be experimentally verified that an electron somehow passes through two slits at the same time. This is the famous double slit experiment that verifies the amazing quantum equations governing the electron’s behavior

This can probably be best understood by a layman by reading Feynman’s great book, QED. In my opinion, this is the best “look” into the mind of a genius that exists.

If this confuses you, you are in good company. And, I don’t mean “yours truly” even though I don’t pretend to even begin to understand it all.

And, I haven’t even mentioned Bell’s Theorem which is truly mind blowing. I may discuss it and several other ideas in an expanded article on the website.

Oh yes. The better company?

The brilliant physicist of QED fame, Nobel Prize winner, Richard Feynman, said that anyone who claims to understand QED proves they don’t understand it at all. And, He invented it.

The so called “wave” is a mathematical “fiction”. The electron satisfies a mathematical differential equation called the Schrödinger Wave Equation. But, its solutions are what are called complex functions. They don’t really have any intuitive physical interpretation. The Equation just happens to be similar in form to equations that do represent real physical waves. But, in this situation there is nothing physical they model. Their solution is called “amplitudes”, which yield probabilities when “squared”.

So, here we are in the 21st century. Much of our modern technology, think Laser et al, rests on QED, which in turn is a theory we have no real physical understanding of other that what can be described as “weird” physical experiments.

Of course, nature also depends on this weird physics. Recently, it has been discovered that photosynthesis, the basis of all life on earth, depends on a quantum mechanical effect.

God only knows where Bell’s Theorem will lead us. Perhaps Dr. William Tiller’s great ideas will help us. Another discussion for another day.

Well, this article just scratches the surface of addressing the question of “Electricity How”. I don’t even know whether to end it in a period or question mark.

And, to engage in the further conversation you are invited to visit us at [http://electricityhow.com/] and leave your comments. Oh yes, there is an interesting free report there on Practical Electricity too.

This article was written by Craig Hane, Ph.D., Chairman, QPI, Inc.

Article Source: http://EzineArticles.com/expert/Craig_Hane,_Ph.D./743295

Article Source: http://EzineArticles.com/4906412

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Am I Capable of Installing My Own Salt Pool Chlorinator?

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How to Install Your Own Salt Pool Chlorinator System

As with many new technologies, the mystery surrounding saltwater pools has quickly given way to general acceptance and the do-it-yourself crowd has said, “That looks like something I can do myself!” Fortunately, they are correct and people with basic home-handy skills are converting their pools to salt in record numbers, and saving a great deal of money in the process. This article may help you decide if this project is a good fit for you. Today pool removal Sydney is different and more whether we work in a confined place of underground area.

The process of converting a standard chlorine pool to a salt water pool is quite simple and revolves around the installation of a chlorine generator. Remarkably, the pool industry has yet to form a consensus on what to call this category of equipment. Some call them chlorine generators but some refer to them as salt chlorinators. Others still call them saline systems or simply salt pool systems. In some parts of the world, they are known as electrolyzers. They are all the same thing, a device that breaks down salt molecules and releases sanitizer into the pool water. Universally, they have two major components; a power supply and a generating “cell” that the water passes through. On one component or the other, a control allows the user to regulate the amount of sanitizer delivered. Beyond these basics, various brands have an array of differences, mostly in the electronics and in the design of the cell.

Sophisticated salt chlorinators have digital circuitry programmed to monitor the salinity and temperature of the water and provide self-regulated power to the cell. The displays make it easy for the pool owner to know that the unit is functioning normally and provide alerts when it’s time to add more salt. The circuits also apply power to the cell in a way that maximizes cell life. Moreover, modern units all have circuitry that minimizes the need to clean the cell and they work at low salinity levels that are generally safe for all modern pool equipment and finishes. Although the troublesome stories still resonate in some corners, the old days of salt brine tanks with high salinity levers have gone the way of floppy disks. Today’s salt pool systems work with pool water that is less salty than the solution we wash our contacts in. You can’t taste it and you don’t notice anything but a soft sensation to the water. The point is, all of your existing pool equipment is fine. Don’t throw anything away!

Step one to installing your salt chlorinator is probably already done; Make certain that your pool water is balanced. Dust off the test kit and check the PH, Total Alk, and Hardness. If needed, make some adjustments.

Next, add the salt directly to the pool. Depending on your manufacturer, this will require from 30 to 40 pounds of pure salt, per 1000 gallons of water! If you don’t know how many gallons of water are in your pool, you must do the math…there is no “standard size.” For rectangular pools, it’s easy to multiply the average length X average width X average depth and then multiply times 7.5. For other shapes, there are many online resources that provide various formulas. Pool salt is available everywhere these days. All the home improvement centers, hardware stores, and some big box stores have it. You may also use water softener salt but steer away from any that have additives such as rust inhibitors. If you find food grade salt, make certain it is not iodized. Don’t be intimidated if it seems like you are adding a lot of salt to the pool. You have a lot of water and it’s only a teaspoon per gallon. Within several hours of dumping the salt over the side, it will dissolve, never to be seen again!

Now, you are ready to install the equipment; the cell and the control module. There are some installation differences between brands but basically, the plumbing job and electrical hookup are the same. It’s all simple stuff but it’s not a BBQ grill so read the instructions before cutting into anything.

I recommend starting with the plumbing. The position of the cell will be dictated largely by the location of your filter, heater, and control valves and in the next step, you will locate the power module so that the “cell cord” reaches the cell. This electric connection between the power supply and the cell is usually soldered in place and has a proprietary plug so there is no extending it. Most in-ground pools use 2″ plumbing but some are 1.5″ so figure out what you have before driving to the store. Some brands of chlorine generators are made to work with both sizes but if needed, you can buy adaptors, known as bushings. Locate the pipe that leads from the filter (or heater if you have one) and identify a section of pipe that will allow you to plumb in the cell. In most cases, you will be eliminating the plastic chlorine tablet dispenser and installing the cell in its place. Use whatever number of couplings or elbows necessary to route the water through the cell and then back to the return pipe. Having said that, try to minimize the complexity of the route and keep back pressure to a minimum. Also, when possible, provide around eight inches of straight pipe between all turns, for the same reason. Lastly, use additional pipe if necessary to raise the height of the cell for easy inspection and service. (Or go buy a pair of good knee-pads.) I won’t go into the details of gluing PVC pipe because it’s easy and most people have done it before. If this is your first time, there are some good videos via Google and the rest. I do recommend using good quality cement such as Gorilla PVC Glue or Red Hot Medium Duty PVC Cement. Dry fit everything first and be certain that it’s going to work out before gluing to the actual cell fittings. Pay attention to the direction of the water flow through the cell. With some brands it matters and with others, it does not. All good chlorine generator cells come with threaded unions so that once the cell is glued in, you can remove it easily without cutting pipe. Lastly, some brands have a flow switch that must also be plumbed in. Installing this backwards will guarantee that your unit never comes on, so again, pay attention to the direction of the water flow.

The next step is simply mounting the control module (power supply) in a spot that is easy for you to get to and also within reach of the electric cord that feeds power to the cell. In most cases, this is on the wall next to your timer or pump switch and the package will include the hardware need for this attachment. In some cases, it may be necessary to install a post for mounting the control so that every thing reaches.

The final step is connecting AC power to the unit and while many if not most do-it-yourselfers find this an easy thing, I would caution you to call an electrician if you are not totally comfortable working with electricity. A few brands offer units with plugs that simply plug into an available GFCI outlet. Most brands are made to be hardwired but could also easily be converted to the plug in variety with a $4 plug from the hardware store. Except in the Deep South and parts of Florida, most pool equipment is set up to run on 220 volts and most salt chlorinators default to this voltage. If you only have 110v at the equipment pad, speak with your vendor before ordering your system. Most will gladly set it up for 110v before shipping and save you the trouble of converting it. A description of the electrical codes that may apply to the hookup of any pool equipment is outside the scope of this article but suffice to say that they are there for a reason. You want equipment that is properly grounded and connected in a way that will not be compromised by weather or a child that tugs on a hanging wire. Do it right or not at all and call a licensed electrician if you are unsure of anything.

When everything is connected, turn on your pump and wait for the system to pressurize, checking everywhere for leaks. Once you are happy with your plumbing job, turn on the salt chlorinator and follow the set up instructions.

Congratulations. You now have a salt pool! Give your left over chlorine tablets to your brother-in-law so he can save up for his own chlorine generator. Good job!

This information provided by Don Uhle, President of Pace Research Ltd. in Houston, Texas. With his brother Ken Uhle, Don heads up PoolBids, the original web-based connection for homeowners and reputable swimming pool builders. Since 1997, PoolBids has helped over ten thousand homeowners in their quest for the ideal backyard pool and maintains a network of over 200 pre-screened pool builders throughout the continental United States. Their sister company, Discount Salt Pool, provides specialized pool equipment to pool builders and directly to the public via the website http://www.discountsaltpool.com. With a line up that includes all popular brands, Discount Salt Pool provides conversion kits, parts, and lot’s of free advice. Call them with your questions anytime at 866-766-5243.

Article Source: http://EzineArticles.com/expert/Donald_Uhle_Jr./821824

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