Thursday, October 8, 2009

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The return of the giant airships? A


airship's first flight date of 1852. Becoming throughout the second half of the nineteenth century, the leaders rigid hull have become increasingly popular in the early twentieth century.

Airships were used during the First World War, and even passenger liners. But after a series of accidents in the 30's, have given them a reputation of dangerousness, the giant airships were gradually abandoned.

Today, airships, much smaller than their predecessors, are no longer used solely for publicity purposes as tourist attractions, for monitoring or research.

But all this could change soon, and the near future expect the return of giant airships.


What a blimp?

An airship is a lighter machine than air, or balloon, which can be driven and directed.

non-rigid airships, the most "primitive", have no internal structure.

Airships rigid hull, however, have an internal frame (metal) that support the outer shell, as well as engines, gondolas, tails, etc..

The airships are often called "Zeppelins" because of the popularity of airships built by German Count Ferdinand von Zeppelin in the early twentieth century.


Short historical overview

After a century of experimentation to send hot air balloons in the sky, the first balloon flight with human passengers was held in France, in Annonay, in 1783, in balloon (a "Balloon") built by the Montgolfier brothers.

The next step would be the Construct of a ball with motor. This was done in 1852 by another French, Henri Giffard, who ran 27 km with Steam his airship. The following decades saw the invention of electric-powered airships, and later at moteru gasoline.

The new crucial development occurred toward the end of the century, when the German, David Schwarz, designed and built the first rigid airship, equipped with a metal outer shell.

Many airships were built and tested in subsequent years. During the Franco-Prussian War of 1870-1871, France including airships used to carry the mail.

This gave the German Count Ferdinand von Zeppelin, the idea of building his own model. However, it could not achieve his dream before 1900, when his first 128-meter long airship, the LZ 1, flew to the bailiffs speed of 9 m / s (3 meters higher than the airship La France, which previously held the record). Despite a lack of financial support, Zeppelin continued to build more reliable models. By 1909, the Zeppelins were used for commercial transport of passengers.

But with the failure of the First World War, airships were hardly more employees than for military purposes. Germany, but England, France and Italy, used them to spy and as a platform to launch bombs.

After the war, the passenger returned and became increasingly popular. The USS Shenandoah, which opened in 1923 in the aero-naval base Lakehurst, New Jersey (where also would be the disaster of the Hindenburg, 14 years later), was the first of four airships hull solid American ever constructed. For the first time, an airship used an inert gas, helium, to fly instead of an explosive gas, hydrogen.

The years 1920 and 1930 were the culmination of the use of giant airships as LZ 127 Graf Zeppelin and LZ 129 Hindenburg, who became the means of transatlantic transport of passengers, from Germany to North America and Brazil. Arrow Art Deco Empire State Building was originally designed to serve as a terminal to these transatlantic airships.

However, the disaster of the Hindenburg in 1937, as well as other lesser accidents (the U.S. qutre airships had been destroyed acccidentellement 1935) and the U.S. refusal to sell helium (which they controlled the supply) Germany, hastened the abandonment of giant airships.

During the Second World War, only the USA made it a real use of airships, all non-rigid. The giant airships seemed to really be something in the past. That is to say, until very recently ...


The return of giant airships?

In recent years, with an awareness and a greater consideration of environmental issues, so totally unexpected, the giant airships could well find a second wind.


- Project Skyhook

In 2008, the Canadian company, Skyhook has developed the idea of using a giant blimp, JHL-40, to carry loads of 40 tons in places isolated. The use of a blimp could make farm forestry, mining or drilling in remote locations (such as the Arctic or the Amazon), less harmful to the environment, particularly by eliminating the need to build roads. The airship could also be used for transporting equipment to offshore drilling sites. The airship

Skyhook use just enough helium to carry its own weight, its four propeller helicopter-loading of cargo. The only environmental problem with the JHL-40, however, is that it could encourage the development of industrial projects in places hitherto preserved, making them more easily ...

- The Euro Airship

Meanwhile, on the other side of the Atlantic, the idea of using airships giant was also the path. This possibility had been raised several years ago, when the pieces of the aircraft giant Airbus A380 had to be transported across Europe to Toulouse for assembly. A special transport aircraft had been manufactured, and a number of roads built or bridges removed, the parties transported by road. Some had then remarked that transport by airship would have been easier and more economical. But the idea had been unsuccessful.

And then in October 2009, Euro Airship, based in France, announced that after several years of research and development, it is ready to build a giant airship rigid hull. The giant airship

(capable of carrying some 400 tons!) Is a hearth for economical and ecological alternative to the cargo plane, since its fuel consumption would be 10 times lower than that of a plane carrying the same load.

Jean Lescat, CEO of Euro Airship, and society leaders, hoping to capitalize on the craze for green technology to find the necessary financial support (5 million) to build their first prototype. They plan to produce some 10 airships a year by 2016.


Sources:

L'Express, October 2009
http://blogs.lexpress.fr/conso

http://blogs.nature.com/news/thegreatbeyond/2008/07/giant_airships_ecocredentials.html

http://www.girdersandgears.com/airships.html

http://en.wikipedia.org/wiki/Zeppelin

Tuesday, October 6, 2009

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Paris is the most populous city and capital of France, capital of the Ile-de-France and is located on the loop of the Seine in central Paris Basin . Paris is a crossroads between land and river trade routes.

His motto "nec Fluctuat mergitur" evokes the ship which appears on the crest of it. Its patron is Saint Genevieve which according to legend, evita by his prayers that Attila the Huns and occupy the city in the fifth century, his shrine is located at the church Saint-Etienne-du-mont .

The name comes from the people of Paris Gallic Parisii occupying the Ile de la Cité in the third century BC They were defeated by the Romans in 52 BC. AD The city was then called Lutetia (Latin name which means mud) and extends on the left bank of the Seine to the current Montagne Sainte Genevieve. France was invaded by barbarians in the third century AD. And in 486 AD, Clovis, leader of the Franks was elected king after his baptism and made Paris his capital in 506. With Charlemagne, Aix-la-Chapelle became the capital of the kingdom. A few years later, the Normans begin to invade the country. In 885, the Vikings up the Seine and besieged Island City, they were repulsed after several Assauer ts by Eudes, count of Paris, to be elected king of the Franks.

From that time, Paris was again the capital and the kings live at the Conciergerie e . In 1163, we began building the cathedral of Notre-Dame . Then Philippe Auguste who reigned from 1165 to 1223 built a new wall around the city, reinforced by the fortress of the Louvre (1190), it is also paving the streets important, creates market Halles. In 1215, the University of Paris was founded and we see the rise Sainte Chapelle q eu St. Louis ordered built to house the crown of thorns and other relics of the Passion of Christ redeemed to the Emperor of Byzantium. In 1250, Jean de Sorbon founded a college for young penniless students who study theology; be called "Sorbonne" two centuries later.

the fourteenth century, the population is suffering from the famine and plague, then by the Hundred Years War between France and England. King Charles V (1364-1380) built a new wall to protect the right bank of new suburbs against the English, it is reinforced by the fortresses of Bastille and the Louvre it expands. But the capital is occupied by the British in 1420. Joan of Arc unsuccessfully besieged Paris, which will lib ERA in 1436 by Charles VII . But he and his successors do not wary of the capital and prefer to stay at Val de Loire. But the monarchy is concerned about the sprawl of the city enacts a first planning regulations in 1500 for the Pont Notre Dame. Hotels in Sens and Cluny are the last buildings of Gothic art. See list of medieval buildings .

Paris in 1550



In 1528, Francis resides in Paris and transforms the old Louvre into a Renaissance palace, he begins to build the church Saint-Eustache and City Hall ; the city then experienced great intellectual and cultural influence, which will exclaim with Charles V: "Lutetia non urbs, sed orbis. "But since 1534, starting problems between Catholics and Protestants. Paris, generally hostile to reform, participating in the massacre of Huguenots on the night of St. Bartholomew in 1572. It was only after having abjured his Protestant faith that King Henry IV enters Paris: "Paris is worth a Mass," he said. The Bourbons will beautify the city, Henry IV, aided by his minister Sully, completes the bridge Nine and Hotel de Ville, the Louvre continues and Tuileries started by Catherine de Medicis, based spaces Geometric: Place Royale (now Place des Vosges ) and Place Dauphine .




The cultural influence continued under Louis XIII with the creation of the royal printing of Jardin des Plantes (the Royal Garden of Medicinal Plants in this time). New fortifications are done right bank (current boulevards). The two islands are connected by a bridge and girdled with masonry piers. Richelieu based Academy French, he built the Palais Cardinal (now Palais Royal) and Marie de Medici, the Hall of BlackRock rg. Under the regency of Anne of Austria, widow of Louis XIII, we built the church Saint Sulpice Abbey and Royal Go the Grace . later Louis XIV left Paris to live in Versailles because he could not forget the rebellion of the Fronde. But Paris remains the center of intellectual life and continues to ê be beautified under the authority of Colbert: the colonnade of the Louvre, the Invalides , the Observatory The hospital of the Salpetriere , the College des Quatre Nations (now the Institute), the Porte Saint-Denis and Saint-Martin, the royal seat of Louis-le-Grand ( Vendome e ) and wins, the gardens of the Tuileries the Gobelins , wharves, f ontaines, majestic buildings facing the popular Paris, crowded and wretched. The King o u i s XV also lives in Versailles, but it continues to beautify Paris: military school for young people the n oblesse poor and the Champ de Mars beside devoted to military exercises, the Pantheon the old church of Saint Genevieve, instead of Concorde , first place Royal open.








If you wish to make a trip to Paris, you should follow the advice in this site: http://www.routard.com/guide/paris/ 300/itineraires_conseilles.htm

Watch the following video: the fabulous story of the Eiffel Tower http://ma-tvideo.france3.fr/video/iLyROoafMJQZ.html

To learn more about the architecture of Paris, click one of the districts that appear on the site map next http://www.parisbalades.com/

must look at the pictures of this beautiful city on this site http://www.photosparis.fr/

Monday, August 24, 2009

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Fed Is A Dead Baboon Baboon (a baboon is a baboon eats dead)

©
text and image, Sandrine New

In South Africa, baboons, like many wild animals are still free to move at will and frequently occur at the edge of - or even on-road. Foreign tourists visiting this beautiful country are excited about the opportunity to see wild animals so close, so they are not even in a nature reserve. Perhaps believing in helping these wild animals to survive, or more likely to take a good photo, it is not uncommon for these visitors "innocent" share some of their meals with the baboons.

But this gesture seemingly innocent and harmless may actually be the point from big, big problems. So why anyone (foreign or South African) should never feed a baboon (and by extension any wild animal in any country)?

1. First, feed the baboons is illegal, as recalled the many signs along the roads. Ignoring them can get you in trouble with the law and expose you to pay a fine salt. But the first reason is, in my opinion, the least important of all.

2. In reality, this is not helping wildlife that feed them. Indeed, it is a way of making them dependent on humans for survival. In a country like Kenya tourism, baboons have learned to expect treats tourists along the roads linking the airport to hotels. Although it may seem hard (I also love animals), if an animal can not survive without your help, it probably is not supposed to survive ...

3. Not only the baboons are wild animals, and devrainet be respected as such (any wild animal is potentially dangerous), but they can be big, strong and aggressive. A male baboon can weigh 40kg, her teeth are longer than those of a leopard, and he will not hesitate to use them, especially if he feels - and feels that her troupe - in danger. In addition, there is rarely an isolated baboon, the large dominant male mentioned above may very well have a whole troop support.
By feeding baboons, you put yourself in danger, and you put people in your group in danger.

4. The baboons that are fed by humans are no longer afraid of them. They venture ever closer to homes and cars in search of food, and do not hesitate to enter: some months ago, two large baboons entered by breaking the roof of a house in Constancia, and Cape Point where the baboons have become a scourge and a danger, they open the doors cars and go, even when there are passengers inside. Baboons feed back to create a problem in the long term future for tourists and locals.

5. Most South Africans have little regard for these wonderful and very intelligent monkeys that are baboons, and do not hesitate to shoot them on sight when they come too close to their property when they do not poison not. By that baboons regard humans as providers of food, you do not help either baboons. Their reputation and their conflicting relationships with humans, can only deteriorate further, and turn the most often to the disadvantage of the baboon.

Here's how the simple gesture, and may be perfectly innocent, give a cookie or an apple to a baboon, leading to another takes such proportions that resulted in the death of baboons: "A Fed Baboon Is A Dead Baboon "(" A baboon is a baboon fed dead ").

Friday, August 21, 2009

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travel the streets of Fes el-Jadid

walk through the streets of Fez El -jadid
After enjoy a memorable tour in the Medina (Fes el Bali) you may continue your stay in Fez Jdid.
To find the good places and good places in the new town you can take the bus when a little taxi , you might as it use a ... ..
New Town Fez: as its implies, is a new city to the European (Modern). The main avenue
Fez JDID are: Av Hassan II - Bd Mohamed V. always lively, especially at night. One can also admire the splendid buildings found in these two avenues, as well as luxury boutiques
department stores ... etc..
- Places visited in Fes Jdid
Bab Sammarine: it is the main entrance of Fes Jdid. Bab Sammarine was built by Sultan Yacoub Yousef Abu Marinid. His former name was Bab-Ouyoune Sanhaja.
Grande Rue de Fes El Jadid: it is a main road that links Bab Dekkakine. It is a great commercial location where many shops. In the middle of the main street you can admire two ancient mosques built in the XIV century: Hamra Mosque and the mosque Baida. At the beginning of the covered part of this amazing street.
Makina: it is an arms factory. It was built by the great Sultan Moulay Hassan I Alawite the nineteenth century.
Today, there are a fabrication shop in Tampa. The
-around Fez
Moulay Yaccob: Spa, located 22 km west of Fez. Moulay Yacoub, is the name of a source of sulfur water, sulfur formed calcium chloride, sodium and active radio. This water is hyperthermal indicated for skin diseases, and also turn train Rheumatism. Sidi
Harazem spa known since the twelfth century at 12 km, about Fès.elle is on the main road of Taza - Oujda Harazem Sidi is a natural mineral water, with chloride, sodium bicarbonate, calcium and magnesium. It is indicated for diseases of the kidneys and urinary tract.

Tuesday, August 18, 2009

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Build your own weather station: wind

© Sandrine New


To study the weather, meteorologists record and analyze data. It is possible to become an amateur meteorologist without spending a fortune on measuring instruments in constructing its own weather station and taking note of his actions.

This series of articles showing how to build some instruments for measuring weather station. While not extremely accurate, of course, these instruments may nevertheless be used to measure weather conditions and to provide time to come.

Most instruments are simple enough to be built with children - sometimes with a little help - for a project to do at home or at school.

This article speaks of instruments used to measure wind force.



1) Hear the Wind (Build wind chimes)

A wind chime is not, Strictly speaking, an instrument used by a weather station because it does not measure anything. It is, after all, a nice way to hear the wind blow. It gives also an indication of the wind and can help predict a storm approaching, for example. In addition, building a wind chime is a simple project that can be undertaken even with very young children.

must:

- Various metal objects (nuts, washers, screws, nails, lids of jam ...). Alternatively, it is possible to use shells or pieces of bamboo of different lengths
- fishing wire from different lengths (approximately 25-28 cm)
-
scissors - a long straight stick (tree branch, joystick ...)


Instructions:

1. Hang a piece of fishing line to each object.

2. Hook the other end of each wire fishing long pole so that the objects hang freely, with 1 or 2 cm from each other.

3. Attach two extra pieces of fishing wire at the ends of the stick, and used to hang the wind chime, horizontally, from the branch of a tree. In the absence of tree it is possible to make a stand by planting two sticks vertically in the ground and attaching the stick.

Explanation:

When the wind blows, it moves the objects collide. Through their music, you hear the wind blow.


2) Estimate the Wind Speed and Direction Finding (Building a windsock)

The sock helps determine wind direction and also gives an indication of its speed. Ventilators are commonly used at smaller airports and along highways.

must:

- 1 small piece of cloth measuring approximately 1m x 1m, if possible with broadband
-
scissors - a needle and thread
- 1
curtain ring - a metal coat hanger (or lack of wire and an extra ring)
- thick cardboard
- 1 permanent marker
- 1 joystick
- bugs
- 1 stick light of about 60-70cm, as used in gardening
- tape
- a strong cord
- 1
compass - clips

Instructions:

1. Cut the fabric into a cone shape, and sew together the two straight sides. If the fabric is scratched, try to keep the strips perpendicular to the straight sides.

2. Bend the hanger into a circle. Y slip ring curtain. Bend the hook of the hanger to form a small ring.

3. Place the circle formed by the metal hanger on the great ouveeture of the fabric and sew it on. Be careful to place the curtain ring opposite to the ring formed by the hook of the hanger, and to provide an opening.

4. Cut a circle of 30 cm diameter hole in the cardboard. Make two small slits perpendicular at its center. Write "N", "E", "S" and "O" on the edges of the circle at regular intervals.

5. Slide the stick into the slots of the circle and set it on the stick with the bugs.

6. Drag the small stick through the curtain ring and the ring formed by the hook of the hanger. The tape of these two rings so that no more than one side.

7. Hang the small piece of stick over the long broom handle with a string. The windsock should be located above the joystick.

8. Place the sock in a windy area. The joystick can be pressed into the ground, but the air intake will work better if it is placed above example, if the joystick is hooked to a fence.

Explanation:

The wind enters the air intake by high opening, which is located near the joystick, and the windsock stands in the opposite direction to where the wind comes.
A windsock is conventionally composed of five alternating bands of red and white. Each band, when raised by wind, corresponds to about 5 knots - about 9 km / h -. The windsock is thus horizontal when the wind bent to a minimum of 25 knots - 45 km / h.
If the windsock is made of wide strips, it is possible to note how many of them are drawn up by the wind. It will not make an accurate estimate of wind speed, but it can help to record and compare measurements.


3) Determine Wind Speed (Building an Anemometer)

Model A:

must:

- a plastic bottle and cap
- 1 large straw
right - a large pearl
- 1 skewer Wood
- 3 toothpicks
- 2 corks
- sand
- 3 paper cups or yoghurt pots
- 1 knife

Instructions:

1. Cut a cork in three rounds and paste these in the paper cups.

2. Planting a toothpick in each slice, on their side.

3. Planting the skewer into the second stopper cork. It does not show the other side.

4. Planting the free part of the toothpick into the second stopper on the side at regular intervals.

5. Orient glass so they do all facing the same direction in the direction of clockwise or clockwise.

6. Make a hole in the cap of the bottle, large enough to slip the straw. Fill the bottle with sand and screw cap.

7. Planting the straw in the plug hole and into the sand.

8. Skip the skewer in the pearl and straw. If the skewer is longer than the straw shorter.

Explanation:

higher the wind is stronger, the anemometer spins. It is possible to count and record the number of turns Q'una glass done in a minute.


Model B:

must:

- 5 paper cups
- 2 straws straight
- 1 bug
-
scissors - a paper punch
- a stapler (or strong adhesive paper)
- a sharp pencil with an eraser

Instructions:

1. With a punch, make a hole in 4 of the lenses, about 1 cm from the edge.

2. In the fifth glass, punch 4 holes evenly distributed about 1 / 2 inch of edge. Then a fifth hole at the center of the bottom of that glass.

3. For 2 of 4 glasses, run a straw through the hole, fold the end of the straw and staple it to the side opposite the hole (you can also tape).

4. Slide a straw assembly / glass in the two opposite holes in the glass with 4 holes. Another glass slide with a single hole on the free end of the straw. Attach the straw to drink as before, making sure that the glass is rotated in the opposite direction to the first drink. Do the same with the other two glasses.

5. Arrange 4 cups so they are all in the same direction (clockwise clockwise or counterclockwise) relative to the central glass.

6. Plant bugs in the two straws, to where they intersect. Slide the pencil eraser top part, through the hole in the bottom of the glass center, and plant bugs in the gum at the bottom.

7. Place the anemometer in a location protected from wind. It is possible to make him a foot by filling a bottle with sand, making a hole in his cap, and sliding the pencil into the bottle through the hole.

Explanation:

The anemometer rotates with the wind, the more it goes, the faster the wind blows hard.
It is possible to simply count and record the number of rpm that makes the instrument - it helps to have a glass painted another color -. To calculate the approximate speed of rotation, must:
- Count the number of revolutions per minute (RPM).
- Calculate the circumference (in meters) of the circle made by the rotating paper cups.
- Increase RPM by the circumference of the circle.

The speed of the anemometer is however not the same as the wind speed.


Sources:

http://www.fi.edu/weather/todo/todo.html
M ake Y o O wn W eather S Tatio No

http://www.miamisci.org/hurricane/weathertools.html Weather
tools

http://ecolecentreferte.free.fr/projet-meteo/Le-projet-meteo.htm

http:// fr.wikipedia.org / wiki /% C3% Manche_ A0_air

Monday, August 17, 2009

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Circuit al'ancienne Fez (Fes El-Bali / Medina Kadima)

On horseback or on foot, you can discover the important monuments of Fes el Bali. Circuit al'ancienne Medina "Fes el Bali"
The visitor of the ancient city surrenders to the miracle of the return in time:

Bab Boujloud : it allows the main access to Fez el Bali . It was built in 1913. Its walls are lined with blue ceramic on one side and green on the other side.

Borj Nord : fortress built in the 15th century by Sultan Mansur Saadi Eddahbi. hosts an extraordinary collection of weapons, from prehistory to the present. This bourj offers a general view of Fez.

Dar Batha : it was built by Sultan Moulay El Hassan 1 and Moulay Abdelaziz, in the nineteenth century. This palace has been transformed into a Museum of Arts Moroccans (it contains wonderful collections of Embroidery of Fez, Carpet ... etc..

El Harrarine : on the other side of Zaouïa Moulay Idriss II, is El-Harrarine small souk where we sell different kinds of silk son.

Fondouk Isstaouinien : it is a hotel for people of Tetouan, the fondouk once served, a Hotel exclusively for traders who come to Fez to Tetouan. It was built in the 14th century.

The Dars Debbagh (Tanners) : Tannery of Fes is marked by diversity of Tannery airy place that Medina and the best known are: Dar Debbagh, Chouara (Ward Blida), and Dar Debbagh of Sidi-Moussa
illustration was the large Plant modern tannery in Fez Sidi Brahim who is on the road Sefrou , must still mention the institutes tannery located in Dar Mehraz next to the great university in Fez.

Madrasa Bou-Inania : Completed by Sultan Abu Inan Marinid in 1357, Bou-Inania madrasah is the largest Medersas of Fez, known by its curious mechanical clock made of wood carvings. It was built by the philosopher and astronomer Abu Hassan Ahmed Atilimsani, known as Ibn Al Fahham.

Medersa Misbahia : it was completed by Sultan Marinid Abu El-Hassan 1346.elle has three floors, plus a prayer room upstairs.

Medersa Seffarine : built by Sultan Abu Youssef's former name was Holf OUIJNE Madrasa Madrasa is the first built in Fes. We can go through the neighborhood or is Seffarine Medersa Seffarine without noticing and admiring the various shops of silver goods: plates - dishes - serve coffee or tea candles biblots ... make money and carved from a way harmonious and delicate. On the other side
curious and large pots for rent attract the gaze of passers-by, it is tanjia of different sizes, some of which reach a ton or more, and are used to prepare large amounts of cow meat in particular, preserved, salted and tasteful.

Mosque El Quaraouiyine : this is the first university in the world even before OXFORD and SORBONNE Quaraouiyine mosque was founded by Fatima Al-Oum El Banine Fihria, in 857, a century after its founding , Sultan Ali Ben Youssef Almoravid in 1134 it gave its final dimensions. It is considered one of the largest mosques in the world.
Andalusian Mosque: It was founded by Al Meriem Fihria sister Fatima in the ninth century.

Souk Henne : in this small market, there are different kinds of natural dyes used makeup. The Henna is a plant dry, women reduce it to powder and mix it with water in order to have a red dye used to tint their hands, feet and hair.

Zaouite Moulay Idriss : it is an admirable mausoleum housing the tomb of Moulay Idriss II, founder of Fez at the mausoleum entrance is reserved for Muslims, but Muslims can not see through the main door, the room prayer with its many clocks, and the tomb of Moulay Idriss.


Sunday, August 16, 2009

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Stay in Fez: Brief history of Fez Morocco

- Fez is one of the cities "flagship" of North Africa .
Fez is one of the oldest cities in Morocco. IDRISS I was the first founder of this city that would become its capital.
In 789, he built the city of Andalusia. (Area Andalusian today). His son Idriss II took the city of Andalusia as its capital, but in 808, he added two cities, one on the right bank, giving it the name of ADWAT Andalusian, and one on the left bank of ADWAT Kairaouani.

Later, thousands of Arabs driven by the Sultan of Cordoba in Andalusia, settled in the city of ADWAT of Andalusia.
In 1069, Fez was taken by the Almoravids. YOUSSEF BEN Tachfine was very interested in Fez, he demolished the walls that separated the two cities , built from the Kasbah filali Boujloud. His son BEN ALI Youssouf, took over the extension of the Karawiyin in 1135. Despite the distance between
Fes and Marrakech (Marrakech was their view that large capital), Almohades all took care of Fez. There is, of famous mosques, shrines or at the time. Industries also develop. Almohades then made of Fez one of the most modern cities at that time.


During Marinid dynasty in 1248, Fez has had another very important change, not only religiously, but also administratively. It became the capital of the sultans Merinids. It was then that some of Fez Fes El Jadid named, was built and the present royal palace, and many Medersas: Seffarine , Attarine Mesbahia ... etc.. Similarly
sultans Saadian whose capital was Marrakech at the time, were interested in Fez also of great works were carried out by Sultan Saadian MANSOUR AHMED EL (1578/1603), who built the Borj Nord which now houses a museum of weapons. He added two flags in the courtyard of the Karawiyin.
Finally, during the reign of the dynasty of Alawites and after the death of his Alawite Sultan Moulay Rachid, brother Moulay Ismail Meknes decided to make his capital. Despite this decision, Fez reached at that time the peak of its splendor. Thus, Moulay Hassan I built a famous Arsenal "the MAKINA.
Today, under the reign of the great builder of the new Morocco his majesty the king Mohammed VI , Fez continues to grow in the Domini Social Policy and Tourism. She saw a new era.

Several improvements have been made in Fes as well many local cultural events, are organized and international.
Just as Venice or the Mont Saint-Michel, Fez el Bali offers visitors the beauty of its madrassas, and mosques, the industrious activity of its streets, the shops are full of.
In surrendering to the rhythm of his footsteps, visitors to the miracle s'abondonne back in time to Medersa Attarine so richly decorated, the Medersas Seffarine on the place of coppersmiths, mosque Karaouiyne, via Nejjarine place, and all decorated so pretty fountain mosaic (Zelliges ) and the Zaouïa Moulay Idriss, which contains the tomb of Idris II, the visitor will do wonders in that wonderment. All
Morocco millennium craftsman in the souks, tanners, dyers and spiritual in its madrasas and mosques, is there before his eyes.

Around the city of Fez:
The region is green and offers visitors many attractions: the hot springs Sidi Hrazaem , and Moulay Yacoub, the ski resort of Ifrane, the picturesque town of Berber Sefrou celebrating all year's harvest his cherries, the craft center of Azrou where you can see the manufacture of precious carpets of the Middle Atlas

Friday, August 7, 2009

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Build your own weather station: wind direction

© Sandrine New

To study the weather, meteorologists record and analyze data. It is possible to become an amateur meteorologist without spending a fortune on measuring instruments in constructing its own weather station and taking note of his actions.

This series of articles showing how to build some instruments for measuring weather station. While not extremely accurate, of course, these instruments may nevertheless be used to measure weather conditions and to provide time to come.

Most instruments are simple enough to be built with children - sometimes with a little help - for a project to do at home or at school.

This article speaks of instruments used to measure wind direction.


1) Find Wind Direction (Building a Weathervane)

Every station has a weather vane, or indicator of wind direction. The wind vane is pointing in the direction from which the wind.

Model A:

must:

- 2 long wooden skewers or metal
- 1 large straw (drinking)
right - a plastic bottle with a lid
- 1 large pearl
- sand
- cardboard
- Dezs
scissors - plastic tape to cover the books

Instructions:

1. Draw the tail of the arrow of the weathervane on the board - this can be a simple rectangle-. Give them double the size of the arrow over, because it will be folded in half from behind. The cut and fold in half.

2. Place the blunt with a skewer in the tail folded and paste two pieces of cardboard over the tail.

3. Make a hole in the straw near one end. Y insert the skewer with the tail vane, placing its tail vertically.

4. Cut a diamond in the box to the head of the arrow (twice the final size). Make a hole in the middle and insert the skewer - with the tail and straw - through.

5. Fold the diamond in half - it must have looked like a triangle) and glue the two pieces together on the skewer. The head of the arrow should be level. Por
more impervious to the weather vane, the parties may be cardboard covered with plastic adhesive to cover the books.

6. Cut a circle in the cardboard about 10 cm in diameter. Write "N", "E", "S" and "O" on board at regular intervals. Draw a small cross in the center of the circle and split it with scissors. Push the skewer in the second slot of the double cross.

7. Make a hole in the lid of the bottle. Y push the skewer in the circle. Insert the bead on the skewer, above the circle.

8. Insert the second skewer through the straw.

9. Fill the bottle with sand and straw to slide. Screw cap.

10. Guide vane with a compass.


Model B:

must:

- a long wooden stick measuring approximately 1m long (eg. A broomstick)
- an aluminum support for quiche or cake (otherwise, use cardboard and plastic adhesive to cover books)
- a wooden board about 30 cm long (eg a wooden ruler)
-
nails - 1 metal washer
- 1 hammer
- glue
- 1 small saw ( or a serrated knife)
- scissors (cutting from aluminum)

Instructions:

1. With the small saw (or knife) to make a vertical cut - about 1 cm deep - at each end Rule or wooden board.

2. Drive a nail through the middle of the board. The triturate until the board can rotate freely around.

3. Cut a figure into two pieces like an arrow head and a tail (or another figure, as long as the lead element is bigger than the tail) in the aluminum container. Paste an item from each of the notches of the board. Let dry.
the absence of aluminum, it is possible to use cardboard to protect from the elements by covering it with plastic tape.

4. Place the metal washer on a stick and plant a nail through the hole in the vane - through the washer - and the stick. The vane must rotate freely and easily around the nail.

(between the vane and the stick, it is possible to add a cross made of two pieces of wood dishes pointing in the direction of the four cardinal points. The proper orientation using a compass).

5. Place the vane on the outside, for example by holding onto a fence with wire. Place it as high above the fence as possible, while the hanging securely.


Explanation:

head - or larger element - from the vane tip always in the direction from which the wind blows. For example, if the weather vane indicates the South, then the wind comes from the South - and do not breath to the south, as is often believed-. The head
- Gold Of The Biggest element-pointing Will Always To The Point


2) Find the Wind Direction (Build banners)

Instead of a weathervane, banners can be used to find the direction of wind.

must:

- 1 paper plate
- 1
permanent marker - scissors
-
crepe paper - pencils
- tape

Instructions:

1. Draw a large cross through the center of the plate, on its reverse.

2. Cut a square with sides of 2.5 cm to 1.5 cm from the edge at each end of the cross.

3. Cut out 8 streamers of crepe paper measuring 1 meter long each.

4. Braid the two by two banners, and hang the end of one of four pairs in each of the holes in the plate.

5. Write "N", "E", "S", "O" around each hole.

6. Keep your banners before you, the plate parallel to the ground with the thumb on top, near the letter "S", and the outstretched arm.

7. Use a compass to point "N" of the plate in the direction of North.


Explanation:

The direction in which the crepe paper flies indicates wind direction: if the banners are flying westward, while the wind from the east.



3) Find the cardinal points (Build your own Compass)

To know where the wind comes at a time, it is nécessiare have a compass. Instead of buying one, it is easy to manufacture his own.

must:

- a straight stick measuring about 45 cm
- 4 stones (pebbles)
heavy - some smaller stones
- a flat spot in the sun
- 1 string

1. Dig a hole 15 cm in the soil and bury the bottom of the stick.

2. In the morning, place a small stone at the end of the shadow of the stick. Hang a piece of string to the stick and use the string to draw a circle on the ground whose radius is the distance between the stick and the small stone marker.

3. In the afternoon, when the shadow has the same length as the morning - or when it touches the circle on the ground - but a different direction, placing a new small stone marker.
Shadow of the morning and the afternoon meet at the place where the stick is planted to form an arrow pointing south (or north in the southern hemisphere).

4. Place a two 4 large stones on the ground about 30 cm of the stick in the direction where the South has been found. The North is in the opposite direction, aligned with the Southern rock and stick. East and West, located midway between North and South, are opposed.


Sources:

http://www.fi.edu/weather/todo/todo.html
M ake Y o O wn W eather S tation

http://www.miamisci.org/hurricane/weathertools .
Weather html tools

http://www.meteorologic.net/construire-sa-station-meteo.php

http://ecolecentreferte.free.fr/projet-meteo/Le-projet-meteo.htm

Thursday, August 6, 2009

Open Girdles On Women

Build your own weather station: Humidity

© Sandrine New

To study the weather, meteorologists record and analyze data. It is possible to become an amateur meteorologist without spending a fortune on measuring instruments in constructing its own weather station and taking note of his actions.

This series of articles showing how to build some instruments for measuring weather station. While not extremely accurate, of course, these instruments may nevertheless be used to measure weather conditions and allow time to come.

Most instruments are simple enough to be built with children - sometimes with a little help - for a project to do at home or at school.

This article speaks of instruments used to measure humidity.

The humidity is measured in percentage. Air that has a 100% humidity is extremely wet.

The instruments used to measure the humidity must be placed outside in a sheltered location - such as in a weather tight box.
Hygrometers and psychrometers can
used to measure moisture in the air. Here's how to make them.

Model A: Make a Hygrometer

must:

- 2 nails
- 1 button
- a wooden plank
- an empty thread spool
- 2 sheets of paper
- cardboard thin
- 1
long hair - the glue
- 1 hammer
- scissors

Instructions:

1. A nail at the top of the board, in the middle.

2. Draw an arrow in the box and cut.

3. Draw a cloud and a sun on a sheet of paper and cut them out.

4. Draw a half circle using an entire sheet of paper, cut and paste on the board, towards the middle.

5. Wrap the hair around the coil in the opposite direction of clockwise. Hook one end of the hair to the nail at the top of the board.

6. Glue the middle of the arrow on one side of the coil. Planting the second nail in the center of the arrow and in the coil.

7. Planting this nail down the half-circle in the center. The arrow should be level.

8. Hang a button to the free end of the hair. Button hangs under the coil.

9. Paste the cloud to the left, and the sun right on the board.

Explanation:

When the humidity increases, the hair gets longer, rotating the spool counterclockwise in the world. The arrow turns left and points to the cloud. When the humidity of the air decreases, the shorter hair, turning the spool in the direction of clockwise. The arrow turns to the right and points to the sun.


Model B: Make a Hygrometer

must:

- a wooden board or a flat piece of polystyrene (about 22 cm x 10 cm)
- a flat piece of plastic (about 8 cm x 8 cm)
- 2
nails short - 3 long hair or human hair of horses (About 20 cm long)
- a coin
- glue
- tape
- a hammer
- scissors (strong enough to cut plastic)

Instructions:

1. Make it point by cutting the piece of plastic shaped like a triangle: take one side of the plastic as a base and draw two lines from the corners of the base, until the middle of opposite side. Cut along these lines.

2. Draw a line on the pointer that links the pointed end in the middle of the base.

3. Tape the piece on the pointer near the pointed end on the line.

4. One plant nails in the triangle near the base line. Enlarge the hole by grinding the nail. The pointer should move freely and loosely around the nail.

5. Glue the hair (or hair) to plastic, between the part and the nail hole on the line.

6. Draw a vertical line on the plate (or Styrofoam) in the middle along the length.

7. Place the cursor horizontally on the board about 3 / 4 distance from the top.

8. Drive a nail through the hole in the pointer, and the board. The hair must be pasted on the line of the board. The pointer should turn easily around the nail.

9. Planting another nail in the plate, about 2 cm from the top, also on the line.

10. Reaching the hair so that the pointer points to the horizontal - the line on the pointer must be horizontally. Doicent hair was perfectly vertical line along the base. Paste extémité hair to the nail on the board. Necessary, shortening the hair.

Explanation:

cells of human hair - and animals - indicate the amount of moisture in the air, stretching and contracting. When the air is moist, the hair stretches and the pointer point down. When the air is dry, the hair is shorter, and the pointer points above. Draw marks on the basis of the hygrometer to compare the different levels of moisture indicated by the pointer.


Model C: Building a Psychrometer

The humidity is measured sometimes with a psychrometer, which is an instrument consisting of two thermometers, one dry with a ball, the other with a wet ball.

must:

- 2 thermometers graduated about 0 ° C to 35 ° C
- cotton
- 2 elastic
- string
-
a small bowl - Water

Instructions:

1. Wrap the balls of the two thermometers the same amount of cotton held by a rubber band.

2. Tie a string to the other end of the two thermometers and hang out in the shade.

3. Place a bowl of water under one of the thermometers, so that his ball soaked in water.

4. Wait 30 minutes and compare the temperatures indicated by the two thermometers. Calculate the difference between the two temperatures and use the chart below to estimate the amount of moisture in the air.

The numbers in the middle indicates the humidity in%



Dry bulb temp difference between c thermometers

T ° c 1 c 2 c 3 c 4 c 5 c 6 ° c 7 ° c 8 ° c 9 ° c 10 ° c
(2 f) (4 ° f) (6 ° f) (8 ° f) (10 ° f) (12) (14) (16 ° f) (18) (20 ° f)

10-14 ° c 85 75 60 50 40 30 15 5 0 0
(50-58 ° F)

15-19 ° c 90 80 65 60 50 40 30 20 10 5
(59-67 ° F)

20-25 ° c 90 80 70 65 55 45 40 30 25 20
(68-77 ° F)


Sources:

http://www.fi.edu/weather/todo/todo.html
M ake Y o O wn W eather S tation

http://www. meteorologic.net / construct-sa-station meteo.php

http://ecolecentreferte.free.fr/projet-meteo/Le-projet-meteo.htm

Friday, July 24, 2009

Christian Basketball Warm Up Music

Building your own station Weather: rain and sun

© Sandrine New

To study the weather, meteorologists record and analyze data. It is possible to become an amateur meteorologist without spending a fortune on measuring instruments in constructing its own weather station and taking note of his actions.

This series of articles showing how to build some instruments for measuring weather station. While not extremely accurate, of course, these instruments may nevertheless be used to measure weather conditions and to provide time to come.

Most instruments are simple enough to be built with children - sometimes with a little help - for a project to do at home or at school.

This article speaks of instruments used to measure rainfall and intensity of solar radiation.


1) Measuring Precipitation (Build a Rain Gauge)

The amount of water or snow that has fallen is measured with a rain gauge. Regularly checking the level of the gauge, we can know how much rain fell during a rainstorm one day, week, or month.

Puviomètre a measuring instrument is a very easy to build, but be careful in his choice of location: Any graduated glass left outside can serve as a gauge, but like many showers are accompanied by wind, it should well secured the gauge. In addition, it must be placed in an open area without the overhanging (as a tree or roof ...), which could change the amount of water that enters the gauge. A rain gauge can be placed, for example, on a pole or along a fence, away from any building.

Two examples of rain gauges build:

Model A:

must:

- a glass measuring cup or container with straight edges, which can be graduated.
- a rule
- tape
- (permanent marker)


1. If a single container is used, it must be the graduate (starting from the bottom) with the marker and a ruler or place within the rule so that it rests at the bottom.

2. Attach the ruler in place with adhesive tape.
If the scale of the rule not begin exactly at the edge, it will either keep some water in the bottom of the gauge, 0 to the rule, or compensate by adding (0.5 or 1 cm ...) to your measurements. It is possible, alternatively, to set the rules outside of the container (which must be transparent) so that 0 corresponds to the bottom of the gauge.


Model B:

must:

- long plastic bottle with straight edges
- a rule
- sharp scissors

Instructions:


1. Cut the neck of the plastic bottle in his mouth environ10 cm.

2. Place the cut down on the body of the bottle to form a funnel. The funnel helps direct water into the bottle and limit evaporation.

3. Burying the base of the bottle into the ground in an open area away from any tree or building. Use a ruler to measure the amount of rain that fell each day.

To measure the amount of snow, the funnel is not helpful. Use the following approximate conversion: 10 cm of snow = 1 cm of water.


2) Measuring Solar Energy (Building a Radiometer)

A radiometer is an instrument that uses refraction and absorption to measure the energy Sun.

must:

- a pen (or marker) black
- paper packaging of chewing gum
- a pot of jam
- a pencil (or stick with dimensions close)
- the glue
-
thread - a match used
-
scissors - tape

Instructions:

1. With the pen, colored in black the non-metallized paper of chewing gum. Cut the paper into 4 equal pieces, measuring about 2cm x 2.5 cm each.

2. Glue the 4 pieces at one end of the match, one on each side, as to form the blades of a propeller or the spokes of a bicycle. The shiny side should not face each other.

3. Hook the wire to the other end of the match (if necessary, make a small incision in the match to keep the wire from slipping). Wrap the loose end of wire around the pencil. Secure with tape.

4. Suspend the radiometer in the cookie jar (pencil horizontally). Place the pot dan a sunny location.


Explanations:

The radiometer turns when solar energy is absorbed by black surfaces and refracted by shiny surfaces. More solar energy is stronger, it turns quickly.


Sources:

http://www.fi.edu/weather/todo/todo.html
M ake Y o O wn W eather S tation

http://www.miamisci.org/hurricane/weathertools .
Weather html tools

http://www.meteorologic.net/construire-sa-station-meteo.php

Friday, July 10, 2009

Suave Hand Lotion Msds

Build your own weather station: temperature and pressure

© Sandrine New

To study the weather, meteorologists record and analyze data. It is possible to become an amateur meteorologist without spending a fortune on measuring instruments in constructing its own weather station and taking note of his actions.

This series of articles show how to build some instruments for measuring weather station. While not extremely accurate, of course, these instruments may nevertheless be used to measure weather conditions and to provide time to come.

Most instruments are simple enough to be built with children - sometimes with a little help - for a project to do at home or at school.

This article speaks of instruments used to measure air temperature and atmospheric pressure, or thermometers and barometers.


1) Measuring Air Temperature (Building a thermometer)

The air temperature is measured with a thermometer. The thermometer should be placed outside in a protected and shaded, as the north face of a building - in the Northern Hemisphere, face south to the Southern Hemisphere). An alternative would be to place the thermometer in the bottom of an airtight container to serve as a weather station.

course, it is easy and not too expensive, buy a thermometer, but it can be fun and instructive to build one.

must:

- a glass bottle (like a bottle milk)
- ink, dye or other
- a drinking straw
- paw shape
- white cardstock
- glue

Instructions:

1. Fill the bottle with colored water.

2. Insert the straw into the bottle and keep it upright with the leg) model.

3. Glue the cardstock to the straw to better see the variations in water level.


Explanations:

When the air temperature rises, the water level in the straw is also increasing. And vice versa. To improve the thermometer, it is possible to benchmark on paperboard by comparing with a "real" thermometer.

2) Measure Pressure atmoshere (Build a barometer)


Atmospheric pressure is measured in millibars millibars or using a barometer.
Changing the air pressure helps to predict the time to come. A pressure drop is usually a looming depression - an area of low pressure - which tends to bring clouds and precipitation. In contrast, pressure increases normally announces an area of high pressure synonymous with time cleared or remains stable and beautiful. The barometers are

very sensitive to the slightest climatic variation, it is better to keep them inside to get a more reliable reading. Better to avoid it, too, placing them near a window, because these instruments are sensitive to both temperature and air pressure.

Here is a selection of three models of barometers.

Model A:

must:

- a long narrow plastic bottle
- a plastic bowl or other container large enough
- 2 elastic
- cardboard
- Water
- a rule


Instructions:

1. Cut a strip of cardboard approximately 2.5 cm wide and graduated in using the rule. Attach along the bottle with rubber bands so that the graduations begin at the top of the bottle. Alternatively, the rule can be glued directly on the bottle.

2. Fill the bottle with water to 3 / 4 bowl and almost entirely.

3. By closing the bottle with your hand to prevent the water to escape, return and place in bowl with its mouth under water. Remove your hand and leave the bottle in the basin. Note the water level in the bottle.

Explanation:

The water level in the bottle rises and falls with the air pressure exerted the basin. When the pressure increases, the water level in the bottle augment. When the pressure decreases, the water level of the bottle down.


Model B:

This barometer works exactly like its predecessor, it is only a little more sophisticated and at a smaller scale.

must:

- a plastic or glass container with straight sides (or a measuring cup cooking)
- a rule of 30 cm
- scotch
- a clear plastic tube 30 cm long
- chewing gum
- Water

Instructions:

1. Place the rule in the container and tape against the wall.

2. Tape the plastic tube the lond of the rule (above) by placing the tip about 1 cm from the bottom.

3. Fill the container with water halfway. Sucked into the plastic tube, like a straw until it is half filled with water. Trap water in the tube by closing the opening with chewed gum.

4. Note the water level in the tube as indicated by the rule.


Explanations:

The water level in the tube changes with variations in pressure exerted on water in the container. When the pressure air increases, the air pushes harder on the water in the container, and more water is sent into the tube: the water level rises. When the pressure exerted on the water container decreases, part of the water trapped in the tube spring and the measured level drops.


Model C:

must:

- a jam jar or a small coffee can
- a piece of balloon or plastic film
-
of Scissors - a big rubber band
- glue (which does not attack plastic) or tape
- a drinking straw
- a piece of cardstock
- tape or tacks
- a red pen and a blue or black pen


Instructions:

1. Stretch the balloon / plastic film on top of the jam jar and hold it in place with elastic. This cover must be tight, and should not pass air.

2. Put a drop of glue (or use tape) in the center of the ball and press one end of the straw above, by placing it horizontally. 2 / 3 of the straw must be on the pot.

3. Tape or pin up the cardstock on a wall (or other vertical surface) and place the free end of the straw against the cardboard.

4. Mark the location of the straw on the map. Make a red mark corresponding to the horizontal position of the straw and the dim card every 5 mm in black or blue, above and below the central red mark. Write "high pressure" at the top of the box and "low pressure" below.

Explanation:

When the air is pressure (high pressure) on the surface of the ball, it makes its concave surface and the free end of the straw rises. A low pressure, however, inflates the balloon surface, and the free end of the straw down.


Sources:

Hamer, Martyn, Smelly Science, Paragon, London, 2000

http://www.fi.edu/weather/todo/todo.html
M ake Y o O wn W eather S tation

http://www.miamisci.org/hurricane/weathertools.html
Weather
tools
http://www.meteorologic.net/construire-sa-station-meteo .
php
http://ecolecentreferte.free.fr/projet-meteo/Le-projet-meteo.htm

Saturday, June 20, 2009

Prior Installation Of Rome:total War Was Found

To be fit, drink Rooibos! This herbal tea South Africa has incredible qualities

Rooibos is becoming more popular locally and internationally and is now one of the best products South African exports. Today, you can drink Rooibos almost anywhere in the world, in places as distant from South Africa that Germany, Japan, Kazakhstan or even ke. The market for

Rooibos - green unfermented tea which contains more antioxidants-in particular, is increasing. Green Rooibos extracts are now widely used in various culinary preparations and in cosmetics.

Rooibos Tea is, indeed, very versatile. It can be enjoyed hot or cold, with or without milk, sugar or honey. The South African herbal tea blends well with lemon juice or fruit and can also be used in cooking and baking. It can even replace the liquid element in many recipes for soups, marinades, sauces, stews and cakes for added flavor and elements nutrients.

In South Africa - and increasingly abroad - the consumer can now try many innovative products made from Rooibos: Rooibos in the yogurt, fruit juice, rooibos, honey infused to Rooibos, or even a Rooibos espresso, candy carob-infused Rooibos, Rooibos of nougat, as well as products for skin and hair that contain tea.

So why is it that Rooibos has become a product if desired? Because this tea has very good taste, of course, but even more because it is extremely good for your health and we found there, including elements anit-mutagenic, anti-carcinogenic, anti-inflammatory and anti-virals.
In fact, medical science is only beginning to entrevioir all the benefits of Rooibos. Current research seems to confirm that there are no limits to its incredible medicinal properties.


What is Rooibos?

Rooibos - pronounced "king-boss" - meaning "red bush" in Afrikaans.
This tea comes from the Aspalathus linearis bush, which grows on the slopes of the Cederberg mountains in the Western Cape, South Africa. We can not find anywhere else.

Rooibos is not strictly speaking a "real" tea, since it is extracted from a plant to flower without a wooden rod. Infusions of teas contain no caffeine, unlike other types of tea.

The Koi people make mountains Cederberg Rooibos teas for hundreds of years, and they have long been convinced that this tea is good for their health. The Contributions of



Rooibos - Rooibos has no side effects listed

Researchers have, to date, found no side effects to Rooibos tea, so it can be drunk without restriction.
In fact, Rooibos is completely pure and natural: it contains no added material, No artificial colorings or preservatives. It is naturally low in tannin (barely 1-4%) whereby it does not prevent the absorption of iron and protein in the body - unlike black tea. This "bush tea" contains no caffeine or oxalic acid, and can therefore be drunk by people suffering from kidney stones. Furthermore, Rooibos contains, so to speak, no calories (unless you add sugar or milk, of course).

- Rooibos delays aging of the organism

Our bodies are aging under the action of toxic compounds called free radicals - a residue of normal operation -cells. Free radicals attack our healthy cells and gently help us to age and weaken our immune system.

Now, Japanese scientists have recently discovered that Rooibos contains an imitation of the enzyme SOD (Super Oxide Dismutase), an antioxidant that attacks free radicals and limit their devastating effects.
Rooibos contains 50 times more SOD than green tea and other anti-oxidants - as aspalathin - which are not found in other teas.
Rooibos Tea is also rich in flavonoids, and studies have shown that it contains much polyphenol - another element valuable to health - that green tea.

experiments - so far carried out almost exclusively on animals, show that Rooibos can slow the aging process (in particular the progression of dementia), decrease the risk of certain cancers (such as cancers of the skin, faith, esophagus and prostate) and give some protection against cardiac events.

- Rooibos is good for the digestive system

do not contain caffeine naturally, Rooibos helps to relieve stomach cramps, ulcers, nausea, heartburn, and constipation . This
tea also helps recover from a hangover and can be beneficial for weight loss by helping to control appetite without adding calories.

- Rooibos is good for the nervous system

Rooibos is rich in magnesium, which is necessary for the proper functioning of the nervous system. In addition, it contains no caffeine and has a relaxing effect on the central nervous system.

Apparently, Rooibos helps fight against insomnia, restless nights and headache. It is recommended in cases of irritability, nervous tension, mild depression or hypertension, because its relaxing sedative.

- Rooibos contributes to bone health

Rooibos helps strengthen bones and teeth because it contains calcium, manganese and especially fluoride.

- Rooibos is ideal for skin problems

alpha hydroxy acid and zinc present in Rooibos helps to keep skin healthy and smooth. Rooibos also has a calming effect in skin irritations such as eczema, sunburn, diaper rash or acne. It is necessary in these cases, apply directly to the affected area.

- Rooibos can help in the case of allergies

Rooibos seems to help control allergies: hay fever, asthma, eczema.

- Rooibos does wonders for babies

Rooibos is not only safe for pregnant or nursing women and babies: because of its anti-spasmodic it is even recommended - mixed with milk breastmilk or infant formula milk powder - for babies with colic, stomach cramps or fighters have trouble sleeping.

- Rooibos can relieve tired eyes

Packets of Rooibos can be placed on the eyes tired or red to pacify and relax. It's more effective if the bags are first placed in the fridge or fridge.

- Rooibos helps our body to function properly

Rooibos promotes iron absorption by the body. It also contains potassium and copper required for certain metabolic functions.
Because it is rich in minerals - iron, potassium, zinc, manganese and sodium - the tea bush in South Africa is helping to restore balance to the body after exercise sports.

- and Rooibos tastes divine!

It is less bitter than most teas and can be consumed at any hour of the day for a welfare maximum.


Sources:

http://www.montegotea.com/benefits.htm

http://www.savannahimports.com/health.htm

http://www.health24.com/dietnfood/Healthy_foods / 15-18-181-183.asp

Friday, June 19, 2009

Compaq V6000 Coprocessor For Windows 7

Flight: which airlines

Moroccan air transport is in a state of grace, that all officials said on dominating the global crisis has no negative effect on the market Aviation in Morocco
Casablanca Marrakech, Agadir, Fez and Tangiers are the main stations of the country,
Of the various airline companies are giving the established aviation market: RAM, Atlas Blue, Jet4you and other partners:

Royal Air Morocco known by the acronym RAM :
Since the announcement of its independence Morocco has established the national airline "RAM", and today with a fleet of size of over 50 aircraft, Royal area Morocco became the second airline Africa, it took: "wings of Morocco" as a symbol, and has succeeded in opening the country more than eighty destinations worldwide.
From Casablanca (the base of the Company), Royal Air Morocco connects several cities in Africa, Europe, North America and the Gulf.
RAM also focuses donations Hubs Secondary Airport Marrakech - Menara Airport
Tangier - Ibn Battuta, Airport Agadir - Al Massira.

RAM are newborns :
This is certain to create new regional companies to develop the tourism product is a new policy from the Royal Air Morocco for its entertainment resources:

Atlas Blue was born in 2004, the Moroccan airline cheap, cheaper services for various destinations in Europe, Atlas Blue is owned by Royal Air Morocco (99.99%) and private investors (0.01%), and has 167 employees, the company takes its main hub of Marrakesh.

With two aircraft Air Arabia Morocco is a private airline is 100% Its leader is Hassan Mohamed Bensalah, chairman, Air Arabia is not Morocco thanks to a partnership between AMR and Air Arabia and Ithmaar Bank and Bahrain . Casa Air Service
Another company, its service is a demand for domestic destinations is international.

Jet4you: cheap services the company is owned by a number of investors with different proportions: 40% from the German TUI group , 20% Attijariwafa Bank, and other owners. As

and other companies: Tingair, RifJet , Regional Air Lines Group Royal Air Morocco.

Wednesday, June 17, 2009

Gloryhole Initiations

Tours from Ouarzazate Essaouira

You never told our adventures Sahara all simply because the Sahara is life, there can not be told more.
Thanks to its geographical location and hotel facility dedicated to the hospitality, in fact, thanks to its scenery and its proximity to European capitals Ouarzazate city living its golden age of tourism.
portal Ouarzazate Sahara and Morocco's deep south, invites you to organize tours of dreams to discover the region: in family, group, or only to walk south donations, hikes 4x4 bikes buggies, quads or camels, it was you select a route, Ouarzazate offers virgin nature.

Tours: Half day and 1 day.



Ksar Ait Ben Haddou : 30 km from Marrakech towards Ouarzazate Kasbah a sandblasted takes the form of a palace surrounded by vast fields almond in spring it takes name: "White Castle", the Kasbah often visited by hundreds of tourists since 1987 is listed in the list of world heritage by UNESCO .
Ksar Ait Ben Haddou extending over an area a total of about 1300 square meters, like all southern Moroccan Kasbah, the walls of Ait Ben Haddou is a mixture of adobe mud and straw.
This site visited by 130,000 tourists a year deserves to be a destination for those interested in cinema and dominated the shooting, many films have taken advantage of Ksar Ait Ben Haddou " Lawrence of Arabia."


Circuit Ouarzazate Agdaz
Agdaz: a town in south-eastern Morocco, more specifically is 65 km south of Ouarzazate and Zagora, 92km north of an important passage for tourists going to the desert hamid el Ghizlane Agdaz is surrounded by mountains and high anti-Atlas, the name mean Agdaz souk or the mall.
After being neglected, donations in recent years, the region is organized to strengthen its tourism infrastructure, today Agdaz owns several hotels and guest houses.
Mount is one of the famous and good places, the city is also known Aagdaz Kasbah and its ksour "el-Kasbah ka'id Ali Tamonougalt.


Circuit Ouarzazate Jbal Saghro
A saghro villages are as numerous and the landscape of endless beauty, Jbal saghro offers the pleasure of a beautiful view.


picture Saghro


Circuit Ouarzazate throat Draa
The region is known as the Draa Valley, the river is the longest in all of Morocco is a tourist area with its beautiful scenery.
Getting to the Gorge to Ouarzazate Draa request a car this circuit can also be done by bicycle it takes time and energy, Ouarzazate and Kelaa M'gouna two good corners to make the call and take your breath away.