Categories
Food and Health

How to Thicken Hair with Hair Fibres?

Nothing can be more dreadful than to watch your thick, curly hair thinning over time. This is a nightmare most especially to women. And a lot of people who are suffering from the fangs of hair loss, male and female, young and old wanted to know how to thicken hair using hair fibres in the most efficient and fastest way possible.

Before delving into this topic, have you ever paid it thought — of what could possibly be the underlying reasons why your hair is thinning out? Why you have been gradually losing your erstwhile crowning glory? And the million-dollar question here is, is there a possible way to reverse it? If not, what can be the best remedy so far?

Listed below are some of the most common issues that the scientific community has found to be reasons behind most cases of hair thinning.  

Deficiency in Copper

The human body is in dire need of copper in strengthening its immune system. Therefore, deficiency of this essential ingredient can have a huge impact on an individual’s overall health, thinning of hair is obviously among them. In the case of women, this reason can become even more acute.  

Deficiency in Manganese:

Similar to copper, manganese is included in the array of metallic nutrients essential to the proper functioning of the human body and its systems. Deficiency in this metallic nutrient has been found out by the scientific community to be among the reasons behind the majority of cases of hair thinning and hair loss problems. 

Recent studies have indicated that women who are aggravated by hair thinning have better chances of regrowing their hair faster and thicker if they will consider taking manganese supplements.  

Harmful Components of Shampoo products

If the reason you are using cheap, commercial shampoo products is just to save a few bucks, then know that such practice can be detrimental to your hair. Low-quality shampoo products, particularly those that contain high amounts of Laureth sulfate, are more likely going to put the health of your crowning glory in harm’s way.  

High Level of Stress

The scientific community has given its affirmation, people who are often involved in stressful activities are the ones who are likely to suffer from a sudden surge of cortisol in their bloodstream. When this happens, it can help pave the way for hair loss and thinning. Aside from these primers, we also have secondary reasons that can affect your hair in a bad way. This includes a deficiency in vitamin D, hormonal facts, and so on.

If you seriously want to know how to thicken hair at the soonest possible time, consider the use of hair fibres. It is the fastest and quickest way to cover and conceal your hair thinning issues. It is because these products are made from the same type of protein from which human hair is made from, and that is keratin. 

with hair fibres
Best Hair Fibres

After application, hair fibers would adhere to your existing volume of hair so that it can give your mane a fuller look. In case you have bald spots, you can camouflage them using hair fibers. But we are discouraging its use if you have a completely bald head since it requires live hair strands to adhere to. 

To use this type of product, consider the following steps before applying the product. 

1. Apply the hair fibers on completely dry hair.

2. Choose the right hair fibre color for your hair

3. See to it that you apply adequate amounts only, not excessive. 

4. As much as possible make use of the provided hair fiber applicator that the product came with. 

5. Take advantage of the hairline optimizer, this should help in giving your mane a more natural look.  

6. For extra hold and added security, make use of the fiber hold spray. 

7. Veer away from any water source and moisture, as it may have a bad impact on the applied hair fibre.

Categories
Cutting Edge Technology Wireless Technology

A Guide on 4G Antenna

4G antennas can operate under a MIMO environment. And this is considered one of its most significant features. MIMO stands for “Multiple Input Multiple Output” — our Internet modem makes use of this technology to deliver signals at warp speeds.  

When it comes to Next-G signals and normal 3G, the accurate description we can give with regard to their broadcast is that they are highly polarized. The wave they produce would be traveling in an “up and down” fashion.  

Compared to the LTE MIMO, the waves they produce are slanted polarized, with each wave rotating to about 45 degrees from the horizontal. Mirrored, this will render the first to be at 45 degrees while the other would be at 135 degrees.  

It is a smart trick, which they call polarisation diversity. It lets your ordinary modem distinctly identify two streams of independent data over the exact and same frequency being designated by a cell tower.  

Since our modem usually comes with two internal antennas that are primarily designed to receive one data stream, it makes it necessary to have on standby two separate antennas, external type. 

There is no way we can make use of a “Y” patch lead or any other trick for that matter just to make it a good possibility to connect both modem ports into a single antenna, nor try to connect one, single port to both external antennas.  

The modem itself is switching the MIMO on and off. The cell tower takes on the responsibility of determining whether the use of MIMO or not is viable, where transmitted and received signals are assessed in terms of their quality. This metric is referred to as CQI.

The modem is quite challenged when it needs to distinguish the two streams of data and the signal strength is slow or very poor in quality. This renders a certain threshold level to drop when the MIMO is off and the modem is operating only under one antenna.  

Why So Much Fuss Over Interference? 

The distinction that is existing between the signal strength and signal quality can’t be ignored all the time. The strength pertains to the information range where it can be interpreted correctly with respect to that particular waveform.  

The SINR or the C/I+N Ratio is of prime value here since 4G antennas negotiate its radio index bearer concerning the interpreted carrier signal strength over the noise level plus the interference strength – which means to say that the lower interference is, the higher chance of C/I+N to be. Consequently, it should pave the way for a much faster coding scheme and modulation.  

In any 4G network, the most prominent source of interference is no less than self-interference — this may come from the interference of other sectors originating from the base station, as well as from other similar base stations. 

Interference can also come from other sources including systematic(natural), gamma radiation, thermal, and hostile (unnatural), including high voltage transmission, machinery, and illegal booster, etc.  

How can a 4G antenna help here? 

Beamwidth. 

By making sure the beamed transmission is focused on a particular direction, we are rendering the strength to the spike in one direction, right at the expense of all the others.  

This can be taken advantage of to alleviate unnatural interference sources, including nearby machinery that tends to generate wideband noise as well as downplaying interference by virtue of reducing the strength of the interfering base station’s direction — all done and carried out while enhancing the target base station direction strength.